OMNISEAL POLYMERS®

PTFE ROTARY LIP SEALSHANDBOOKWelcome to the Omniseal
Solutions World: Experience You
Can Rely On ... Time After TimeSaint-Gobain has a rich tradition of excellence that dates back more than
350 years. Today, it is among the world’s top 100 industrial corporations
and a leader in the development and production of engineered components
and materials.
In 1665, King Louis XIV signed the letters patent, leading to the creation ofSaint-Gobain on an industrial basis. Among the company’s earlier and morenotable projects was the manufacturing of 357 mirrors for the Hall of Mirrors
in the Palace of Versailles. From these glassmaking origins, Saint-Gobain
continues its long history of developing new and innovative materials andproducts through arduous research.
With more than 170,000 employees, operations in 67 countries and eight
major cross-business research centers that serve all Activities, Saint-Gobain
provides complete and thorough service to our customers, beginningwith our experienced design engineering team, moving to our high-techlabs for testing and research and development, and continuing on to the
manufacturing ﬂoor.
As a key ingredient in the wellbeing of each of us and the future of all,
we have devoted much of our resources to creating strong research anddevelopment centers and establishing partnerships with prestigious
universities and laboratories. Our commitment to innovation has resulted in
the rapid progression of new Saint-Gobain products that did not exist ﬁve
years ago.
Saint-Gobain is among the global leaders in each of its businesses:
construction products, building distribution and innovative materials,
including high-performance seals. Our seals are manufactured throughout
the world with sites located in the Americas, Europe and Asia.
With a strong history of innovation, Omniseal Solutions is dedicated toproviding the most technologically advanced products on the market today
and ﬁnding solutions for the future.

Saint-Gobain Group Headquarters, France
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A Tour of Our Capabilities

Omniseal Solutions’ global presence allows us to manufacture Omniseal®
PTFE lip seals throughout the world, with sites located in Garden Grove,
California, USA; Kontich, Belgium; Kolo, Poland; Willich, Germany; Minhang,
Shanghai, China; Suwa, Japan and Vinhedo, Brazil. To further support yourneeds we also have a technical office available in Vimercate, Italy. The
majority of our products are custom designed through careful and detailed
collaboration with each customer, giving them access to the market-leading
engineering, research and customer service expertise of our organization.
We are proud of our more than 50 years of experience in manufacturing,along with our spirit of continuous improvement utilizing WCM, 5S, Kaizen
and Six Sigma, which lead to superior process control, high product quality
and consistent performance. As a result of our dedication to excellence, ourworldwide facilities are ISO 9001 certified. Our sites in Garden Grove, Kontich,
Minhang, Kolo and Willich are also ISO 14001 certified. Additionally, ourGarden Grove and Bristol sites are certified for AS 9100, and the Willich site
for TS 16949 and OHSAS 18001.

Design Engineering

Manufacturing• 3D modeling• Metal fabrication• Finite Element Analysis (FEA)• Multi-axis precision manufacturing• CAD drawings• Injection and co-injection molding,liquid injection molding, hotand cold compression molding,automatic molding, hot and cold
isostatic molding• FEA-based spring force calculator

R&D, Lab and Testing• DMA (Dynamic MechanicalAnalyzer), TMA (ThermomechanicalAnalyzer), TGA (ThermogravimetricAnalyzer) and DSC (Differential
Scanning Calorimetry)• Direct forming• F TIR (Fourier Transform Infrared
Spectroscopy) and SEM (ScanningElectron Microscopy), Malvern
Particle Analyzer, Digital
Microscopes and Surface Finish
Profilometer• Skiving and sintering• Tribological Material Testing;
Mechanical, Electrical and Optical
Testing; and EMI/RFI Testing• Blending and Molding, High-Speed
Rotary Test Rigs and High Pressure
Hydraulic
Test Chamber

omniseal-solutions.com

Garden Grove, California, USA

Kontich, Belgium

Minhang, Shanghai, China

Kolo, Poland• Tool design and fabrication• Coiling/winding and punching• Casting and coating

Suwa, Japan• Rapid prototyping

Willich, Germany

Vinhedo, Brazil

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Table of Contents

4

Introduction to Saint-Gobain

2Tour of Our Capabilities

3

Introduction to Omniseal® Lip Seals

5

Metal-Cased Lip Seals

6

PTFE Lip Seals

7

Aviation Market

8

Aviation Case Studies

9

Industrial Market

10

Industrial Case Studies

11Life Science Market

12Life Science Case Studies

13

How to Order Our Products

14

Material Charts: A Quick Reference Guide

15

Omniseal® Standard Seal Types

16

DynaLip® Standard Seal Types

17

Dash Number Size Charts

18

Hardware Design

20

Rebuildable Lip Seal

22

Lip Seal Installation

23

Hardware Variations
and Non-Standard Lip Seal Configurations

24

Application Data Form

26

Warranty

27

Terms and Conditions

28

Product Line and Market Summary

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When Our Lip Seals
Journey Began

Innovation Is Our Business
Omniseal® PTFE rotary lip seals were introduced in the early 1970’s andDynaLip® seals were created in the late 1980’s. The seals were designed tobridge the gap between conventional elastomer lip seals and mechanicalface seals. The ability to perform in hostile environments such as extreme
temperatures, aggressive media, high surface speeds, high pressure andlack of lubrication are important features of Omniseal® PTFE lip seals. They
provide the designer with a significant improvement in performance overelastomer lip seals while delivering value-added benefits. Both lip seals areused in a variety of applications in different industries.

Omniseal® Lip Seal
• Primary element• Extension spring• Secondary element• Rebuildable• Dust excluder• O-Ring

Omniseal® Lip Seal Applications• Pumps• Gearboxes• Motors• Turbine engines• Compressors• Alternators and generators• Mixers

Proven in the Past ...
Omniseal Solutions has proven to be the right partner for the mostdemanding engineering applications in multiple industries. The majority ofour products are customized for each individual application, requirement
and specification, and we are dedicated to assisting our partners with theiremerging challenges.

... Prepared for the Futureomniseal-solutions.com

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A Closer Look at Our
Metal-Cased Lip Seals

Omniseal Solutions offers a complete line of Omniseal® metal-cased lip seals,
which can be manufactured from a variety of materials for PTFE and PTFEblended sealing elements.
Omniseal® lip seals withstand hostile environments and other demanding
conditions. They exceed the performance of elastomer lip seals in thefollowing areas:

Features/Benefits• Excellent chemical resistance•L ow friction (leads to long life)•C apable of surface speeds in excess of 7,000 ft./min. (35 m/s)•C apable of handling wide temperature ranges: -65°F to 450°F(-53°C to 232°C)•H igh pressure in excess of 500 PSI (35 BAR)•H as extended seal life in dry or abrasive media•U nlimited shelf life•L arge diameter capability with custom designs available
Omniseal® lip seals are used in dynamic rotary sealing applications such as
turbine engines, APU, RAT, pumps, compressors, robotics, diesel engines,
pharmaceutical processing, food processing, blowers, mixers, heavy industry
and steel mills.

1 Extension spring

1

2

3

4

5

6

7

8

2 Inner case
3 Primary element*
4W asher*5S econdary element
6 Dust excluder
7 Gasket8O uter case**See page 17 for material selection

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A Closer Look at Our
PTFE Lip Seals

Our DynaLip® seals offer similar performance to our Omniseal® lip seals inthat they possess excellent chemical resistance and handle high pressure
and temperatures. Based on our experience through the years, we have beenable to assist our customers in determining when a DynaLip® seal would be
more effective than an Omniseal® lip seal.
The soft surface of the seal’s outer diameter prevents damage of the housing
and allows the seal to be easily installed and removed. These seals are usedmost often in applications that require seal removal in order to be changed orcleaned such as in medical or pharmaceutical instrumentation and devices.
Furthermore, our DynaLip® seals are usually composed of one material,
manufactured with an elastomer O-Ring on the outer diameter, and do not
use a metal casing, while our Omniseal® lip seals are composed of three ormore different materials that are enclosed in a metal casing.
Due to the simple but still powerful design of our DynaLip® seals, they aremuch more economical and cost less in smaller quantities. Saint-Gobain
recommends that DynaLip® seals are retained in the gland as shown on page
26.

Features/Benefits• Excellent chemical resistance• Low friction• Capable of surface speeds in excess of 7,000 ft./min. (35 m/s)
• Works to temperature extremes: -20°F to 320°F (-29°C to 160°C)• Handles pressure up to 125 PSI (8 BAR)
• Has extended seal life in dry or abrasive media• Extended shelf life
• Large diameter capability with custom designs available

9

10

11

12

9 Metal support case*10 O -Ring (fluorocarbon)
11 E
 xtension spring (stainless steel
302/304)
12 Seal material**See page 17 for material selection

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Aviation Market:
Where Our Lip Seals Achieve
the Greatest Heights
At Omniseal Solutions, quality and innovation are of the utmost importance.
We have extensive experience in meeting sealing requirements for various
aerospace application. We have seals in commercial, military, fixed wing
and rotary wing aircraft, as well as spacecraft. Our design engineering teamand technical staff provide customized solutions that meet your needs. This
process includes developing a prototype, testing the solution, manufacturing
the part to specifications and delivering it on time.
Our product quality and capabilities are the reason we are the preferredsupplier for many large aerospace corporations.

Features/Benefits• Elastomer coating for easy installation without
damaging the mating hardware surface• Wide range of sizes and materials• Custom designs available (e.g., Puller feature foreasy seal removal)• Resistance to abrasive or corrosive material• Excellent chemical resistance• Capable of handling wide temperature ranges: -65° F to 450°F(-53°C to 232°C)• Functions well under high pressure in excess of 500 PSI (34 BAR)
• Withstands high speed in excess of 7,000 ft./min. (35 m/s)
• Low friction (leads to long life)

Successful Aviation Applications• Turbine engines• Starters• Alternators/generators• Fuel pumps• RAT (Ram Air Turbine)• Flap actuators

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Aviation Market:
Case Studies

Turbine Engine Aircraft Accessory Gearbox
Product:Omniseal® lip seal

Typical Temperature:-65°F to 350°F (-53°C to 177°C)

Typical Pressure:

0 to 25 PSI (0 to 1.7 BAR)

Typical Shaft Speed:

In excess of 20,000 RPM

Typical Shaft Size
Range:

0.50 to 2.00 in. (13 to 51 mm)

Typical Surface Velocity:

2,000 to 4,000 ft./min. (10 to 20 m/s)

Media:

Turbine oils, all types

Our Added Value+• Improves performance over elastomer seals• Reduces leakage• Provided with installation tool and extraction feature• Available with elastomeric seal case coating to prevent
damage to the mating housing bore
• Requires less space than mechanical carbon face seal

Flap Actuator
Product:Omniseal® lip seal

Typical Temperature:-65°F to 250°F (-53°C to 121°C)

Typical Pressure:

0 to 15 PSI (0 to 1 BAR)

Typical Shaft Speed:

Intermittent

Typical Shaft Size
Range:

0.50 to 5.00 in. (13 to 127 mm)

Typical Surface Velocity:

Intermittent

Media:

Rainwater, de-icing fluids, dust, greases and oils

Our Added Value+• Provides zero measurable leakage over life of actuator• Reduces torque generated by seal
• Configured as a face seal to fit space provided for seal
• Extends seal life, eliminating actuator corrosion caused bymoisture ingressomniseal-solutions.com

9Industrial Market:
Why Our Lip Seals
Are Forged to Last
Omniseal Solutions designs rotary shaft seal solutions for many demanding
applications within the industrial and manufacturing markets. In mostcases, this requires lip seals capable of enduring extreme speeds, pressuresand temperatures. Our innovative designs, combined with high-quality lipmaterials and product capabilities at extreme conditions, make us the rightpartner to help you meet your dynamic sealing requirements.

Features/Benefits• Excellent chemical resistance• Can endure abrasive media• Can perform with poor/limited lubrication• Custom designs available• Wide range of seal case materials available• High PV• Low friction (leads to long life)• Capable of handling wide temperature ranges: -65°F to 450°F(-53°C to 232°C)• Functions well under high pressure in excess of 500 PSI (34 BAR)
• Withstands high speed in excess of 7,000 ft./min. (35 m/s)

Successful Industrial Applications• Vacuum pumps• Blowers• Encoders and alternators• Chemical pumps• Drilling and tapping spindles• Rotary compressors• Air conditioning recovery pumps• Electric motor shafts• Hydraulic motors and pumps

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Industrial Market:
Case Studies

Freon Recovery Pump
Product:Omniseal® lip seal

Typical Temperature:

0°F to 250°F (-18°C to 121°C)

Typical Pressure:

0 to 400 PSI (0 to 27 BAR)

Typical Shaft Speed:

500 to 3,000 RPM

Typical Shaft Size
Range:

0.375 to 0.750 in. (10 to 19 mm)

Typical Surface Velocity:

50 to 600 ft./min. (0.3 to 3 m/s)

Media:

Freon, freon oil

Our Added Value+• Meets strict EPA leakage requirements• Seals will last the life of the pump
• Accommodates small space for seal
• Ease of installation• Compatible with a wide range of oils and refrigerants

Screw Compressor
Product:Omniseal® lip seal

Typical Temperature:-30°F to 325°F (-35°C to 163°C)

Typical Pressure:

Vacuum to 400 PSI (Vacuum to 27 BAR)

Typical Shaft Speed:

1,000 to 6,000 RPM

Typical Shaft Size
Range:

1.50 to 5.00 in. (38 to 127 mm)

Typical Surface Velocity:

400 to 7,800 ft./min. (2 to 40 m/s)

Media:

Oil and air

Our Added Value+• Seal life in excess of 15,000 hours• Reduces warranty claims• Tight leakage control• Able to run in a wide range of lubricants

omniseal-solutions.com

11Life Science Market:
What Our Lip Seals Protect

Reliable performance in abrasive media is a prerequisite for a seal to be
successful in Life Science applications. Omniseal® continues to perform
under severe conditions while easily complying with FDA requirements,
and we offer a wide range of FDA, USDA and USDA-3A compliant materials.
The extraordinary sealing functionality of Omniseal®, combined with its low
friction capabilities and extended seal life in dry or abrasive media, provides
customers with unrivaled performance and value.

Features/Benefits• Excellent chemical resistance• Withstands abrasive media• FDA, USDA and USDA-3A compliant materials• Custom designs available• Works in poor/limited lubrication conditions• Low friction (leads to long life)• Available in white and other colors• Ease of removal for cleaning• Flush mounting to eliminate pockets• Capable of handling wide temperature ranges: -65°F to 450°F(-53°C to 232°C)• High pressure in excess of 125 PSI (8 BAR)
• High speed in excess of 7,000 ft./min. (35 m/s)

Successful Life Science Applications• Dispensing equipment• Pharmaceutical and food processing equipment• Medical drills• Pharmaceutical mixers• Medical devices• Chemical processing equipment• Compressors and pumps

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Life Science Market:
Case Studies

Pharmaceutical Mixer
Product:Omniseal® & DynaLip® lip seals

Typical Temperature:

35°F to 150°F (1.7°C to 65°C)

Typical Pressure:

0 to 25 PSI (0 to 1.7 BAR)

Typical Shaft Speed:

25 to 350 RPM

Typical Shaft Size
Range:

1.50 to 7.50 in. (38 to 190 mm)

Typical Surface Velocity:

10 to 3,500 ft./min. (0.05 to 18 m/s)

Media:

Various powders

Our Added Value+• Seal materials comply with FDA, USDA
and USDA-3A requirements• Seals able to run in dry and abrasive environments• Tight leakage control

Air Compressor (oxygen intensifier)Product:

DynaLip® lip seal

Typical Temperature:

35°F to 250°F (1.7°C to 121°C)

Typical Pressure:

15 to 125 PSI (1 to 9 BAR)

Typical Shaft Speed:

LinearTypical Shaft Size
Range:

0.75 to 4.00 in. (19 to 102 mm)

Typical Surface Velocity:

500 to 2,000 ft./min. (2.5 to 10 m/s)

Media:Air

Our Added Value+• Over 15,000 hours of extended seal life
• Low friction seal designs• Long wear life
• Able to run dry• Performs as a seal and bearing

omniseal-solutions.com

13How to Order Our Standard
Omniseal® and DynaLip®
Lip Seal Products
Part Number Example
EXAMPLE: 10-001M-03M1

10

-001

M

-03

M1

Seal Type(see pages 18-19)

Dash Number(see pages 20-21)

Seal Width
N=Narrow / M=Medium / W=Wide(see pages 20-21)

Sealing Lip Material Code(see page 17)

Case or Supporting Ring
Material Code(see page 17)
Always use XX for DynaLip®, which does nothave metal support cases

Should you require assistance on our seal designs, please fax or email a copy of the completed Application Data Formon page 28 to Omniseal Solutions at (714) 688-2702 or sealsmarketing@saint-gobain.com.

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Material Charts:
A Quick Reference Guide

SEALING LIP MATERIALS
Material Code Name

Application Details

03

A16(Black Color)Standard material for secondary elements and dust excluders. Good general purpose
material for heat and wear resistance. Performs well on shaft surfaces with moderate
hardness. Good in both lubricated and non-lubricated media (good option for sealingwater).

09

A12(Tan Color)

Excellent in dry running applications or non-lubricated liquid medias such as water,
freon, diesel fuel, gasoline, etc. Non-abrasive to the mating running shaft surface(good option for sealing water).

10

A72(Beige Color)

Superior heat and wear resistance. Non-abrasive to running shaft surfaces.
Recommended for limited lubrication or non-lubricated applications where runningtemperatures exceed 375°F (190°C). Not recommended for use in steam or water (fairwear resistance).

36

A15(Gray Color)

Best wearing material in oil. Requires a hardened shaft surface of 55 HRC for best
performance. May cause excessive shaft scoring on soft metals (excellent wear
resistance).

72

A46(White Color)

Meets FDA requirements. Suitable for soft shafts such as 316 stainless steel.
Not recommended for water service (fair wear resistance).

METAL CASE OR SUPPORT RING MATERIALS
Material Code Name

Application Details

M1

Low-Carbon
Steel

Used for outer case, inner case and washers. Low cost. Limited corrosion resistance.
Recommended for cast iron or steel seal housings.

M2

Aluminum Alloy

Lightweight material used for outer case, inner case and washers. Low cost. Limited
corrosion resistance. Recommended for aluminum or magnesium alloy
seal housings.

M3

Stainless Steel304

Used for outer case, inner case, washers, spring and support ring. Good corrosion
resistance. Recommended for stainless steel seal housings.

M4

Stainless Steel
316

Used for outer case, inner case, washers, spring and support ring. Excellent corrosion
resistance. Recommended for stainless steel seal housings.

The above chart shows the most commonly used materials in a variety of applications.
Please contact us if you require more information about our other materials.

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Omniseal® Standard Seal Types

SEAL TYPE
Series 10

PV = (Media Pressure in PSID x Surface Velocity in ft./min.)Series 11

Performance Information
Series 10 and 11 are economical Omniseal seal designs employed in a wide range of applications. They are used inlubricated and non-lubricated environments. They can be used at shaft speeds to 5,000 ft./min. in lubricated media andpressures to 75 PSID. Maximum PV 75,000 lubricated, 37,500 non-lubricated. Typical applications are gearboxes andenvironmental seals.
®

Series 20

Series 21
Series 20 and 21 are modifications of Series 10 and 11 that offer longer life and improved sealing of gases and abrasive
media due to their higher lip load. They also offer additional runout capability. They can operate at speeds, pressure andPV as noted in Series 10 and 11. Recommended shaft hardness of 55 HRC or greater when operating at the higher PV
limits. Typical applications are gearboxes, submersible pumps/motors, and mixers.

Series 30

Series 31
Series 30 and 31 incorporate a threaded sealing lip that pumps the media away from the seal. These designs should only
be used in lubricating media. These designs offer long life and positive sealing at shaft speeds to 6,000 ft./min. They
should not be used for pressures greater than 5 PSID. They are designed for clockwise shaft rotation when viewed fromthe atmosphere side. Typical applications are engine crank case seals and spindles.

Series 40

Series 41
Series 40 and 41 are the same as Series 30 and 31 except they are designed for a counterclockwise shaft rotation whenviewed from the atmosphere side.

Series 50

Series 51
Series 50 and 51 offer low torque and long life. They can be used at shaft speeds to 6,000 ft./min., but are notrecommended for pressures greater than 25 PSID. Due to their light lip loading, these designs should not be used
where a leak-tight seal is required. They are an excellent environmental seal. Maximum PV 75,000 lubricated, 37,500
non-lubricated. Typical applications are dust/dirt excluders, spindle and conveyor seals.

Series 60

Series 61
Series 60 and 61 incorporate spring loading, which improves sealing where shaft runout or bore/shaft misalignment
exist. These designs offer positive sealing during long-term storage. They can be used at shaft speeds to 2,000 ft./min.
and pressures to 75 PSID. Maximum PV 75,000 lubricated, 37,500 non-lubricated. Typical applications are mixers,
gearboxes and augers.

Series 70

Series 71
Series 70 and 71 are designed for pressures up to 400 PSID lubricating media, speeds up to 3,500 ft./min. Maximum PV
300,000 lubricated, 50,500 non-lubricated. Typical applications are hydraulic motors, pumps, hydrostatic transmissions
and other high pressure hydraulic equipment.

Series 80

Series 81
Series 80 and 81 incorporate a threaded primary sealing lip with a standard secondary sealing lip. These series
are designed for sealing lubricating media at high speeds 4,500 ft./min. and pressures up to 250 PSID. Maximum
PV 200,000 lubricated. They are designed for clockwise shaft rotation viewed from the atmosphere side. Typicalapplications are air compressors, refrigeration compressors and vacuum pumps.

Series 90

Series 91
Series 90 and 91 are the same as series 80 and 81 except they are designed for a counterclockwise shaft rotation whenviewed from the atmosphere side.

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DynaLip® Standard Seal Types

Due to the seal’s soft sealing on the OD, it is recommended that the seal be retained in the gland as shown on page 23. DynaLip®
is designed for extreme temperatures, utilizing a metallic support ring to minimize temperature’s effect on the seal. The
DynaLip® seal selection chart below provides a guide on whether this metallic support is required.

SEAL TYPEFor Normal For Extreme
Temp.
Temp.
Series 13

Series 14

Performance Information
Series 13 and 14 are economical DynaLip designs employed in a wide range of applications. They are used in lubricatedand non-lubricated environments. They can be used at shaft speeds to 5,000 ft./min. in lubricated media and pressures
to 75 PSID. Maximum PV 75,000 lubricated, 37,500 non-lubricated. Typical applications are gearboxes and environmental
seals.
®

Series 15

Series 16
Series 15 and 16 are modifications of Series 13 and 14 that offer longer life and improved sealing of gases and abrasive
media due to their higher lip load. They also offer additional runout capability. They can operate at speeds, pressure andPV as noted in Series 13 and 14. Recommended shaft hardness of 55 HRC or greater when operating at the higher PV
limits. Typical applications are gearboxes, submersible pumps/motors, and mixers.

Series 23

Series 24
Series 23 and 24 offer low torque and long life. They can be used at shaft speeds up to 6,000 ft./min. They are
not recommended for pressures greater then 25 PSID. Due to light lip loading, this design should not be used
where a leak-tight seal is required. They are excellent environmental seals. Maximum PV 75,000 lubricated, 37,500
non-lubricated. Typical applications are dust/dirt excluders, spindle and conveyor seals.

Series 25

Series 26
Series 25 and 26 incorporate spring loading, which improves sealing where shaft runout or bore/shaft misalignment
exist. These designs offer positive sealing during long-term storage. They can be used at shaft speeds to 2,000 ft./min.
and pressures to 75 PSID. Maximum PV 75,000 lubricated, 37,500 non-lubricated. Typical applications are mixers,
gearboxes and augers.

Series 33
Series 33 is designed for pressure up to 125 PSID in lubricating media, speeds up to 3,500 ft./min. in lubricating media.
Maximum PV 200,000 lubricated, 50,500 non-lubricated. Typical applications are hydraulic motors, pumps, hydrostatictransmissions and other high pressure hydraulic equipment.

DYNALIP® SELECTION CHART
Bore Diameter (in.)

7.0

Seal type for normal temperatures

6.0

Seal type for extreme temperatures

5.0

Consult factory

4.0
3.0
2.0
1.0
-40

0

40

80

120

160

200 240

280

320

Temperature (F°)

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17

Dash Number Size Charts

Dash
No.

Diameter

Seal Width

Dash
No.

Diameter

Seal Width

Shaft

Bore

Narrow (N)Medium (M)Wide (W)

Shaft

Bore

Narrow (N)Medium (M)Wide (W)

001

0.500

0.999

0.250

0.313

0.375

035

1.500

2.502

0.313

0.375

0.438

002

0.500

1.124

0.250

0.313

0.375

036

1.625

2.250

0.313

0.375

0.438

003

0.500

1.250

0.250

0.313

0.375

037

1. 625

2.374

0.313

0.375

0.438

004

0.625

1.124

0.250

0.313

0.375

038

1.625

2.502

0.313

0.375

0.438

005

0.625

1.250

0.250

0.313

0.375

039

1.625

2.623

0.313

0.375

0.438

006

0.625

1.375

0.250

0.313

0.375

040

1.750

2.374

0.313

0.375

0.438

007

0.625

1.499

0.250

0.313

0.375

041

1.750

2.502

0.313

0.375

0.438

008

0.750

1.250

0.250

0.313

0.375

042

1.750

2.623

0.313

0.375

0.438

009

0.750

1.375

0.250

0.313

0.375

043

1.750

2.750

0.313

0.375

o.438

010

0.750

1.499

0.250

0.313

0.375

044

2.000

2.623

0.375

0.437

0.500

011

0.750

1.624

0.250

0.313

0.375

045

2.000

2.750

0.375

0.437

0.500

012

0.875

1.375

0.250

0.313

0.375

046

2.000

2.875

0.375

0.437

0.500

013

0.875

1.499

0.250

0.313

0.375

047

2.000

3.000

0.375

0.437

0.500

014

0.875

1.624

0.250

0.313

0.375

048

2.000

3.125

0.375

0.437

0.500

015

0.875

1.752

0.250

0.313

0.375

049

2.125

2.750

0.375

0.437

0.500

016

1.000

1.499

0.250

0.313

0.375

050

2.125

2.875

0.375

0.437

0.500

017

1.000

1.624

0.250

0.313

0.375

051

2.125

3.000

0.375

0.437

0.500

018

1.000

1.752

0.250

0.313

0.375

052

2.125

3.125

0.375

0.437

0.500

019

1.000

1.874

0.250

0.313

0.375

053

2.125

3.251

0.375

0.437

0.500

020

1.125

1.624

0.313

0.375

0.438

054

2.250

3.000

0.375

0.437

0.500

021

1.125

1.752

0.313

0.375

0.438

055

2.250

3.125

0.375

0.437

0.500

022

1.125

1.874

0.313

0.375

0.438

056

2.250

3.251

0.375

0.437

0.500

023

1.125

2.000

0.313

0.375

0.438

057

2.250

3.371

0.375

0.437

0.500

024

1.250

1.752

0.313

0.375

0.438

058

2.375

3.125

0.375

0.437

0.500

025

1.250

1.874

0.313

0.375

0.438

059

2.375

3.251

0.375

0.437

0.500

026

1.250

2.000

0.313

0.375

0.438

060

2.375

3.371

0.375

0.437

0.500

027

1.250

2.125

0.313

0.375

0.438

061

2.375

3.500

0.375

0.437

0.500

028

1.375

2.000

0.313

0.375

0.438

062

2.500

3.251

0.375

0.437

0.500

029

1.375

2.125

0.313

0.375

0.438

063

2.500

3.371

0.375

0.437

0.500

030

1.375

2.250

0.313

0.375

0.438

064

2.500

3.500

0.375

0.437

0.500

031

1.375

2.374

0.313

0.375

0.438

065

2.500

3.623

0.375

0.437

0.500

032

1.500

2.125

0.313

0.375

0.438

066

2.625

3.371

0.375

0.437

0.500

033

1.500

2.250

0.313

0.375

0.438

067

2.625

3.500

0.375

0.437

0.500

034

1.500

2.374

0.313

0.375

0.438

068

2.625

3.623

0.375

0.437

0.500

The Dash Number Size Chart is based on RMA (Rubber Manufacturers Association) oil
seal standard sizes. Nonstandard sizes can be manufactured to fit your existing hardware.
Please contact Omniseal Solutions.

18

help@omniseal-solutions.com

Dash Number Size Charts

Dash
No.

Diameter

Seal Width

Dash
No.

Diameter

Seal Width

Shaft

Bore

Narrow (N)Medium (M)Wide (W)

Shaft

Bore

Narrow (N)Medium (M)Wide (W)

069

2.625

3.751

0.375

0.437

0.500

103

3.875

4.999

0.437

0.500

0.625

070

2.750

3.500

0.375

0.437

0.500

104

3.875

5.125

0.437

0.500

0.625

071

2.750

3.623

0.375

0.437

0.500

105

3.875

5.251

0.437

0.500

0.625

072

2.750

3.751

0.375

0.437

0.500

106

4.000

4.999

0.437

0.500

0.625

073

2.750

3.875

0.375

0.437

0.500

107

4.000

5.125

0.437

0.500

0.625

074

2.875

3.623

0.375

0.437

0.500

108

4.000

5.251

0.437

0.500

0.625

075

2.875

3.751

0.375

0.437

0.500

109

4.000

5.375

0.437

0.500

0.625

076

2.875

3.875

0.375

0.437

0.500

110

4.250

5.251

0.437

0.500

0.625

077

2.875

4.003

0.375

0.437

0.500

111

4.250

5.375

0.437

0.500

0.625

078

3.000

3.751

0.375

0.437

0.500

112

4.250

5.501

0.437

0.500

0.625

079

3.000

3.875

0.375

0.437

0.500

113

4.250

5.625

0.437

0.500

0.625

080

3.000

4.003

0.375

0.437

0.500

114

4.500

5.501

0.437

0.500

0.625

081

3.000

4.125

0.375

0.437

0.500

115

4.500

5.625

0.437

0.500

0.625

082

3.125

4.125

0.375

0.437

0.500

116

4.500

5.751

0.437

0.500

0.625

083

3.125

4.249

0.375

0.437

0.500

117

4.750

5.751

0.437

0.500

0.625

084

3.125

4.376

0.375

0.437

0.500

118

4.750

6.000

0.437

0.500

0.625

085

3.125

4.500

0.375

0.437

0.500

119

5.000

6.000

0.500

0.625

0.750

086

3.250

4.249

0.375

0.437

0.500

120

5.000

6.250

0.500

0.625

0.750

087

3.250

4.376

0.375

0.437

0.500

121

5.000

6.375

0.500

0.625

0.750

088

3.250

4.500

0.375

0.437

0.500

122

5.250

6.250

0.500

0.625

0.750

089

3.250

4.626

0.375

0.437

0.500

123

5.250

6.375

0.500

0.625

0.750

090

3.375

4.249

0.375

0.437

0.500

124

5.250

6.500

0.500

0.625

0.750

091

3.375

4.376

0.375

0.437

0.500

125

5.250

6.625

0.500

0.625

0.750

092

3.375

4.500

0.375

0.437

0.500

126

5.500

6.500

0.500

0.625

0.750

093

3.375

4.626

0.375

0.437

0.500

127

5.500

6.625

0.500

0.625

0.750

094

3.500

4.376

0.437

0.500

0.625

128

5.500

6.750

0.500

0.625

0.750

095

3.500

4.500

0.437

0.500

0.625

129

5.500

6.875

0.500

0.625

0.750

096

3.500

4.626

0.437

0.500

0.625

130

5.750

6.750

0.500

0.625

0.750

097

3.500

4.751

0.437

0.500

0.625

131

5.750

6.875

0.500

0.625

0.750

098

3.625

4.626

0.437

0.500

0.625

132

5.750

7.000

0.500

0.625

0.750

099

3.625

4.751

0.437

0.500

0.625

133

5.750

7.125

0.500

0.625

0.750

100

3.625

4.876

0.437

0.500

0.625

134

6.000

7.125

0.500

0.625

0.750

101

3.625

4.999

o.437

0.500

0.625

135

6.000

7.500

0.500

0.625

0.750

102

3.875

4.876

0.437

0.500

0.625

omniseal-solutions.com

The Dash Number Size Chart is based on RMA (Rubber Manufacturers Association) oil
seal standard sizes. Nonstandard sizes can be manufactured to fit your existing hardware.
Please contact Omniseal Solutions.

19Hardware Design

Shaft Finish
and Hardness
Recommendations
Plunge ground surfaces arerecommended at the seal-to-shaft
interface locations for optimum
leakage control. Plunge grinding
provides a sealing surface withminimal or no lead. It is recommended
to have a lead angle of zero witha tolerance of 0 ± 0.05°. Contact
Omniseal Solutions for methods used
to measure lead angle or for additional
information.

RECOMMENDED SHAFTSURFACE FINISH
Shaft Hardness
Rockwell Hardness "HRC"

Recommended Shaft
Surface Finsih

20

6 to 2035

6 to 1850

6 to 1662

6 to 1272 or greater(hard coatings)

2 to 6(consult factory)

RECOMMENDED MINIMUM
SHAFT HARDNESS
Sealing
Environment

500
ft./min.

1,000
ft./min.

2,000
ft./min.

3,000
ft./min.

4,000/
7,000
ft./min.

LubricatedService

35 HRC

40 HRC

52 HRC

58 HRC

58 HRCDry Service

40 HRC

52 HRC

58 HRC

62 HRC

62 HRC

Water Service

40 HRC*

40 HRC*

40 HRC*

40 HRC*

40 HRC*

Abrasive Service

52 HRC

62 HRC

62 HRC

62 HRC

62 HRCft/min. = Shaft surface velocity, (shaft diameter inches x PI x RPM)/12
HRC = Hardness measured using the Rockwell C Scale* Recommended maximum hardness for water service. Stainless steel materials may be required to prevent corrosion.

20

help@omniseal-solutions.com

Hardware Design

Housing Bore Material
Cast iron, steel, aluminum and other commonly used metallic and nonmetallic materials are acceptable. Plastics are only
acceptable for DynaLip® seals.

Bore Surface Roughness
A bore finish of approximately 63 μ in Ra or smoother should be maintained to ensure proper sealing.

Shaft Lead-In Chamfer
The shaft should be provided with a lead-in chamfer with a diametral difference of D1-D2 and be free from burrs, sharp
corners or rough machining marks.

DYNALIP®

OMNISEAL®

Bore
Depth

Bore
Depth
RemoveSharp Edge
R. 0.5
Max.

1.5
2.2

RemoveSharpEdge

RemoveSharp
Edge

0.2 to 0.4

R. 0.5
Max.

0.8

30°
15°

Bore
Dia.
(D3)

30° Max.

Shaft
Dia.
(D1)

Dia.
(D2)

Bore Chamber
Depth (C 1)

30°
20°

0.8

RemoveSharp
Edge

0.2 to 0.4

Bore
Dia.
(D3)

30° Max.

Shaft
Dia.
(D1)

Dia.
(D2)

HOUSING AND SHAFT RECOMMENDATIONS
Shaft Lead-in Chamfer

Bore Lead-in Chamfer(DynaLip® Only)

D1

D1-D2

Up to .375

.060 min.

Bore Diameter
Sizes

Bore
Chamfer C 1.375 to .750

.080 min.

.750 to 4.625.050/.065.751 to 1.188.100 min.

4.626 to 7.500.080/.095

1.189 to 1.562.125 min.

1.563 to 2.000.150 min.

2.001 to 2.750.170 min.

2.751 to 3.750.190 min.

3.751 to 5.000.210 min.

5.001 to 7.000.230 min.

7.001 to 8.000.250 min.

omniseal-solutions.com

Bore Tolerance (H8)

Shaft Tolerance (H11)

Bore Diameter
D1

Bore
Tolerance

Shaft Diameter
D1

Shaft
Tolerance

Up to 3.000± .001Up to 4.000± .0033.001 to 6.000± .00154.001 to 6.000± .0046.001 to 8.000± .0026.001 to 10.000± .0058.001 to 10.000± .0025

10.001 and up± .00621

Rebuildable Lip Seal

With its patented-design rebuildable seal, Omniseal Solutions has designed
a seal to eliminate higher replacement costs and material waste associatedwith throwaway metal-cased seals. This rebuildable seal was created forcustomers who use equipment that requires rebuilding and overhauls andlarge diameter seals, and who were searching for a product to bridge thegap between conventional elastomer seals and more costly mechanical faceseals.
Customers can now quickly unscrew the metal case, replace the worn
components and reassemble the seal without any special installation tools,
and not worry about damaging the seal or mating hardware (a common
problem that we set out to solve). Because the seal is essentially “a one-time
buy,” downtime is minimized and housing rework is non-existent.
The seal, which comes in standard sizes as well as custom designs, is best
suited for applications in the electronics, industrial and life sciences markets
such as chemical processing equipment, encoders, radar and thermal opticaldevices, mixers, pharmaceutical and food processing equipment, heavy
industry equipment, steel mills, hot melt equipment and paint spraying
equipment.

Features/Benefits• Rebuildable seal design reduces seal replacement cost
• Interchangeable with other standard seals• Can be rebuilt without removing main seal body from housing bore,
thus reducing replacement cycle time
• Temperature ranges: -74°F to 450°F (-58°C to 232°C)• Surface speeds in excess of 7,000 ft./min. (35 m/s)
• Vacuum to 500 PSI (34 BAR) pressure differentiation• Broad chemical resistance PTFE
• Extended life in abrasive media or dry running• Custom designs available

22

help@omniseal-solutions.com

Lip Seal Installation

Seal Installation

PRESS FIT TOOLS

Care must be taken not to damage the sealing lip during the installationof the shaft through the seal. It is much easier to install the seal if the shaft
enters the seal from the atmosphere side. If this is not possible, or if the sealmust be installed on a shaft which has a keyway or splines, please contact
the factory. We can help with the design and manufacture of simple toolingto assure that the seal is installed without damage. Omniseal® and DynaLip®
seals should be pressed into the bore evenly.
A tool, as shown on the right, simplifies this operation.

Protective
SleeveSplineShaft

Installation Tooling
Care is essential in the installation of Omniseal® and DynaLip® seals onto theshaft. If sufficient chamfer (below I.D. of seal lip element) is not possible, and/or if lip must pass over spline or keyway, a tapered installation sleeve (shownon the right) is necessary. Sleeve design information is available on request.

Face Machined
Square with Bore

Bore

Installation Tool

As CastBore
Front

Back Min. Radius
Machined
Squarewith Bore

Installation Tool

omniseal-solutions.com

23

Hardware Variations
and Non-Standard
Lip Seal Configurations
Hardware Variations

Retainer
Plate for
Positive
Retention
Pressure

Sealing Lip Extension: Omniseal® seals incorporating two sealing lips
or a dust excluder may have seal lip extensions as shown. This must be
considered when designing a seal gland.

NON-STANDARD LIP SEAL CONFIGURATIONS•M
 etallic spring energizer used
for static sealing of internal seal
components

Effective
Housing Depth•F or extreme temperatureapplications

Retainer
Plate for
Positive
Retention
Pressure•M etallic spring energizer used
for static sealing of internal seal
components•F lange design for exact seal
positioning•F or extreme temperatureapplications

Effective
Housing Depth•E lastomer coating on the seal outside
diameter
Seal Housing
Chamfer Location
Snap
Ring

•E
 lastomer coating protects the
housing bore while providing tightsealing between the seal outside
diameter and the customer’s housing
bore

Pressure•H igh pressure seal design configured
for extreme pressures andtemperatures

Effective
Housing Depth

.115
Max.

24

.115
Max.

help@omniseal-solutions.com

Non-Standard
Lip Seal Configurations• High pressure seal design configured for extreme pressures and temperatures• Seal extraction feature for ease of seal removal• Elastomer O-Ring on seal outside diameter for tight static sealing• Seal flange for positive seal positioning• Patented rotary shaft seal designed for extreme shaft runout• Seal wear occurs inside of the seal components, preventing shaft surface wear

• DynaLip® seal configured for applications with a static shaft and rotating
housing bore
• Seal can be installed and removed without tools• DynaLip® seal configured to allow a purging system to be utilized or to allow
fluid to flow from the stationary seal housing bore through a port located in
the rotating shaft• DynaLip® seal is ideal for applications that require periodic cleaning• Flush design minimizes pockets that can trap solids• Ideal for use in FDA and pharmaceutical equipment

omniseal-solutions.com

25Application Data Form

Name 
Title Company Project Name Date 

Address City, State
Phone number 
Fax 
Email address 

Zip Application Information and Conditions
Device sealed (Please attach drawing if available) 
Number of units/year
Type of motion:

Number of seals/unit[ ] Rotary[ ] Oscillating[ ] Reciprocating[ ] Static[ ] Dither

Media/fluid Amount in seal area:[ ] Full head[ ] Half shaft

Operating pressure (units)
Temperature (units):[ ] High[ ] Splash

Proof pressure (units)[ ] Low[ ] Operating

Burst pressure (units)

RPM

Direction or shaft rotation (as viewed from air side or low pressure of side seal):[ ] CW[ ] CCWAllowable leakage (define units) 
Friction torque (units)

Breakaway

Life requirement
Type of seal evaluation:

Running
Duty cycle[ ] Bench[ ] Field[ ] Both[ ] Explain

Hardware Data
Can gland hardware be changed? Bore DIA (include TOL)

Shaft DIA (include TOL)

Bore depth

X-section

Bore/shaft misalignment (T.I.R.)

Shaft runout (T.I.R)

Material: Bore

Shaft

Finish: Bore

Shaft

Hardness: Bore

Shaft

Direction which rod/shaft enters element:[] Air side or low pressure side

Will sealing element be required to make contact with keyway, spline, etc.?
If yes, explain
Is installation tooling required?

[ ] Yes[ ] No[] Media side

[ ] Yes[ ] Omniseal Solutions to design[ ] No[ ] Supply

Please email a copy of the completed
Application Data Form to:Omniseal Solutions
Email: help@omniseal-solutions.com
26

help@omniseal-solutions.com

Warranty

WARNING: BEFORE USE OR INCORPORATION INTO A FINISHED GOOD, EACH PRODUCT MANUFACTURED OR SOLDBY SAINT-GOBAIN PERFORMANCE PLASTICS CORPORATION (EACH HEREINAFTER REFERRED TO AS A “PRODUCT”)
MUST BE TESTED AND EVALUATED BY THE END-USER UNDER ACTUAL SERVICE CONDITIONS WITH SUFFICIENT SAFETY
FACTORS TO DETERMINE IF SUCH PRODUCT IS SUITABLE FOR THE INTENDED USE. THE END-USER, THROUGH ITS OWNANALYSIS AND TESTING, IS SOLELY RESPONSIBLE FOR THE SUITABILITY OF THE PRODUCT FOR ITS INTENDED USE AND
FOR COMPLIANCE OF THE PRODUCT WITH ALL APPLICABLE PERFORMANCE, SAFETY AND WARNING REQUIREMENTS.
THE END-USER ASSUMES ALL RISK AND LIABILITY WHATSOEVER IN CONNECTION WITH THE USE OF THE PRODUCTS IN
ANY FINISHED GOOD MANUFACTURED BY END-USER.
FAILURE OF A PRODUCT CAN CAUSE EQUIPMENT FAILURE, PROPERTY DAMAGE, PERSONAL INJURY, AND/OR DEATH.
FINISHED GOODS INCORPORATING OR USING A PRODUCT MUST BE DESIGNED WITH SAFETY FEATURES TO PREVENTPROPERTY DAMAGE, PERSONAL INJURY, AND/OR DEATH THAT CAN RESULT IN THE EVENT OF A PARTIAL OR TOTALFAILURE OF THE PRODUCTS.
Any statements, technical information, and recommendations in this publication are believed to be reliable, but theaccuracy or completeness thereof is not guaranteed. The statements, technical information, and recommendations in thispublication shall not be the basis of buyer’s decision to purchase the Product and should not be relied upon to establish
specification limits or as the basis of design. Saint-Gobain Performance Plastics Corporation makes no warranties,
express or implied, and assumes no liability in connection with the use of the statements, technical information, andrecommendations in this publication. Saint-Gobain Performance Plastics Corporation reserves the right to make anychanges without notice to the Products and to the information and contents of this or any other publication, including,
without limitation, materials, dimensional attributes, performance characteristics and other properties.
Nothing contained herein or in any of our literature shall be considered a license or recommendation to use any process or
to manufacture or to use any product in a manner which otherwise infringes any patent or other intellectual product rightof Saint-Gobain Performance Plastics Corporation or of any third party.
Saint-Gobain Performance Plastics Corporation warrants that its products do not infringe on any patent, copyright, trade
secret or other proprietary right of a third party except to the extent Customer provides the specific design of the products
or any part thereof.
IF ANY PRODUCT IS RESOLD BY BUYER, A COPY OF THIS NOTICE MUST BE PROVIDED TO THE SUBSEQUENTPURCHASER/END-USER.

omniseal-solutions.com

27

Terms and Conditions

1. Acceptance Of Orders/Terms: All orders are subject to acceptance by Saint-Gobain Performance Plastics Corporation (“SGPPL”) at its Wayne, New
Jersey headquarters. SGPPL reserves the right to reject any order. Possession of a price list does not constitute an offer to sell. Acceptance of any orderby SGPPL is expressly conditioned on Customer’s assent to the terms and conditions set forth herein (“Terms”) and the waiver by Customer of any
terms and conditions contained in any order form, confirmation, or any other communication of Customer, whether previously or hereafter delivered to
SGPPL, which either add to, differ from, modify, conflict with or are otherwise inconsistent with any term or condition herein. SGPPL hereby gives noticeof its objection to any additional or different terms or conditions in any such order form, confirmation or communication. Customer’s failure to object inwriting to these Terms prior to the earlier of Customer’s acceptance of the products ordered or fifteen (15) days after delivery thereof to Customer will
constitute agreement by Customer to these Terms.
2. Product Changes: SGPPL reserves the right to discontinue the manufacture or sale of any product at any time or to alter, modify or redesign its
products.
3. Price: All prices are subject to change without notice. Should any governmental action or request prevent SGPPL from implementing any price orcontinuing any price already in effect, SGPPL may at its option cancel Customer’s order or any part thereof.
4. Taxes/Duties: All federal, state or local sales, use or other taxes, and all duties, import fees or other assessments imposed on materials sold hereunder,or on the manufacture, sale or delivery thereof, shall be for Customer’s account.
5. Credit Approval: Customer credit approval is required prior to any shipment. If SGPPL determines at any time that Customer’s financial condition
does not justify the extension of credit to Customer, then SGPPL may at its option require cash payments in advance or other satisfactory security prior
to delivery.
6. Cancellation/Change Orders: Orders for standard products may only be revised or canceled by Customer prior to the date of loading at the place of
shipment, and only with SGPPL’s prior consent. Orders for nonstandard or custom products may only be revised or canceled by Customer prior to thecommencement of production, and only with SGPPL’s prior consent. Any product which SGPPL has the capability of producing but does not inventory,or does not have the capability of producing, is considered a nonstandard or custom product.
7. Packaging/Shipping/Risk of Loss: Unless otherwise agreed to by SGPPL in writing (i) SGPPL shall select the method of shipment, (ii) SGPPL shall ship
materials FOB (SGPPL’s point of shipment), and (iii) costs for special packaging and/or handling requested by Customer shall be the responsibility ofCustomer. In the event of any general freight increase or any governmental ruling or regulation that results in increased freight costs, such additionalcosts shall be for Customer’s account. Title to, and the risk of loss, damage or shortage of, such materials shall pass to Customer upon delivery to thecarrier regardless of notice to Customer. SGPPL assumes no responsibility for insuring shipments unless specifically agreed to in writing by SGPPL, inwhich case the cost of insurance shall be for Customer’s account.
8. Delivery: Quoted shipping and/or delivery dates are based on estimates at the time of quotation. SGPPL shall use reasonable commercial efforts
to meet such shipping and/or delivery dates, but SGPPL shall not be liable for any direct or indirect costs or damages, including without limitation
incidental or consequential damages, resulting from late deliveries. For orders with indefinite delivery dates, SGPPL shall have the right to manufacture
or procure the materials covered thereby and hold such materials for Customer’s account pending receipt of definite shipping instructions. Except as
expressly provided otherwise herein, Customer agrees to purchase and pay for all material ordered.
9. Claims for Loss, Damage or Shortage: Upon delivery, shipments must be inspected by Customer for damage, loss or shortage prior to acceptancefrom the carrier. If damage, loss or shortage exists with respect to any shipment and it is not concealed, Customer shall secure a notation of suchdamage, loss or shortage from the carrier on the freight bill or delivery receipt. If damage, loss or shortage is concealed, Customer must notify the
carrier within 15 days, hold the merchandise for its inspection and secure a signed report from the carrier acknowledging the damage, loss or shortage.
No claims for damage, loss or shortage will be allowed unless they are accompanied by an inspection report or signed delivery receipt noting suchdamage, loss or shortage signed by a representative of the carrier and forwarded to SGPPL within 30 days of the invoice date. Any claims for damage,loss or shortage should also be filed by Customer with the carrier in writing immediately upon receipt of the materials. In no event shall SGPPL be liablefor damage or loss to a shipment caused by a carrier.
10. Payment: All invoices, whether partial or in full, shall be due and payable in full by Customer net 30 days from the date of shipment unless otherwise
agreed to in writing by SGPPL. All past due, unpaid balances will bear a service charge of the lesser of one and one-half percent (11/2%) per month or
the maximum interest rate permitted by applicable law. If Customer (i) becomes insolvent, files or has filed against it a petition in bankruptcy, makes
any assignment for the benefit of creditors, or has a receiver or trustee appointed for it or its property, (ii) takes action to liquidate or otherwise cease
doing business as a going concern, (iii) undergoes a change in ownership, (iv) fails to provide adequate assurance or security for credit extended, or(v) takes any other action that SGPPL determines in its sole discretion adversely impacts the conditions under which credit was extended, then allamounts outstanding from Customer hereunder shall at SGPPL’soption become immediately due and payable. ALL PAYMENTS, WHETHER UNDER
THE STANDARD PAYMENT TERMS OR OTHERWISE, SHALLBE CONSIDERED RECEIVED BY SGPPL AS FOLLOWS: (A) FOR PAYMENTS BY CHECK, WHEN
THE CHECK IS RECEIVED AT SGPPL’S DESIGNATEDPAYMENT LOCATION, AND (B) FOR PAYMENTS BY ELECTRONIC FUNDS TRANSFER, THE BUSINESSDAY IMMEDIATELY PRECEDING THE DAYON WHICH THE FUNDS ARE IMMEDIATELY AVAILABLE TO SGPPL. Customer shall pay all undisputed invoices
regardless of any dispute that may exist as to other delivered or undelivered goods. With respect to any disputed invoice, Customer shall pay all
amounts not in dispute. Customer expressly waives the right to assert any offset or counterclaim with respect to amounts due under any invoice issued
by SGPPL hereunder.

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Terms and Conditions

11. Returned Materials: Material may only be returned with the prior approval of SGPPL. Material returned without such approval will not be acceptedand such approval may be conditioned upon Customer paying a restocking charge of up to 25% and freight costs of returned material (and out-freight if
applicable). All returned materials must arrive at the point of return designated by SGPPL in salable condition, as determined by SGPPL’s Quality Control
Department, before any credit will be issued.
12. Warranty/Limitation of Liability: EXCEPT FOR PRODUCTS FOR WHICH SGPPL HAS ESTABLISHED A SPECIFIC WRITTEN WARRANTY, THE GOODS
DELIVERED HEREUNDER ARE SOLD BY SGPPL WITHOUT ANY GUARANTY AND/OR WARRANTY, ORAL OR WRITTEN (WHETHER OR NOT SUCH GOODSREMAIN IN THE FORM IN WHICH THEY ARE ORIGINALLY DELIVERED TO CUSTOMER OR ARE FABRICATED BY CUSTOMER OR ANY OTHER PARTY TO
PRODUCE A FINISHED PRODUCT). THE PRODUCT-SPECIFIC WRITTEN WARRANTIES REFERENCED ABOVE AND HEREBY INCORPORATED HEREIN ARE
IN LIEU OF ALL OTHER WARRANTIES, EXPRESSED OR IMPLIED, ORAL OR WRITTEN, INCLUDING THE IMPLIED WARRANTIES OF MERCHANTABILITY
AND FITNESS FOR A PARTICULAR PURPOSE. IN NO EVENT SHALL SGPPL BE RESPONSIBLE FOR CONSEQUENTIAL, INCIDENTAL, INDIRECT OR
SPECIAL DAMAGES OF ANY KIND, INCLUDING, WITHOUT LIMITATION, ANY EXPENSE FOR REMOVAL OR REINSTALLATION RESULTING FROM ANY
DEFECT, INCLUDING ANY DIMENSIONAL DEFECT INVOLVING NONSTANDARD PRODUCTS. SOME JURISDICTIONS DO NOT ALLOW THE EXCLUSION OR
LIMITATION OF INCIDENTAL OR CONSEQUENTIAL DAMAGES, OR OF ANY EXPRESS OR IMPLIED WARRANTIES, SO THE ABOVE EXCLUSION MAY NOTAPPLY TO CUSTOMER. THE WARRANTY PROVIDED BY SGPPL GIVES CUSTOMER SPECIFIC LEGAL RIGHTS, AND CUSTOMER MAY ALSO HAVE OTHERRIGHTS WHICH VARY FROM JURISDICTION TO JURISDICTION. NO FIELD REPRESENTATIVE, DISTRIBUTOR OR DEALER OF SGPPL IS AUTHORIZED TO
MAKE ANY CHANGE OR MODIFICATION TO THESE WARRANTIES.
13. Remedies For Non-Warranty Claims: THE SOLE AND EXCLUSIVE REMEDY OF CUSTOMER AND THE SOLE AND EXCLUSIVE OBLIGATION OF SGPPLIN CONNECTION WITH CLAIMS RELATING TO MANUFACTURING DEFECTS ARE SET FORTH IN SECTION 12. THE SOLE AND EXCLUSIVE REMEDY
OF CUSTOMER AND THE SOLE AND EXCLUSIVE OBLIGATION OF SGPPL FOR ANY BREACH OF CONTRACT CLAIM THAT MATERIALS DELIVEREDDO NOT OTHERWISE CONFORM TO THE ACCEPTED ORDER SHALL BE EITHER THE RETURN OF CONSIDERATION PAID BY CUSTOMER TO SGPPLRELATED TO THE BREACH, OR UPON SGPPL’S ELECTION, THE DELIVERY OF CONFORMING PRODUCTS TO CUSTOMER. WITH RESPECT TO SGPPL’SNONCOMPLIANCE WITH ANY OTHER OBLIGATION OF SGPPL HEREUNDER, THE SOLE AND EXCLUSIVE REMEDY OF CUSTOMER AND THE SOLE AND
EXCLUSIVE OBLIGATION OF SGPPL WILL BE AS SGPPL IN ITS DISCRETION WILL DETERMINE AS FOLLOWS: (1) SGPPL MAY ELECT TO CURE SUCHNONCOMPLIANCE WITHIN A REASONABLE PERIOD OF TIME, OR (2) IF SGPPL FAILS TO CURE SUCH NONCOMPLIANCE, CUSTOMER MAY RECOVER
AN EQUITABLE AMOUNT NOT TO EXCEED SUCH CHARGES AS WERE PREVIOUSLY PAID TO SGPPL BY CUSTOMER HEREUNDER. CUSTOMER WAIVESALL OTHER REMEDIES, STATUTORY OR OTHERWISE, INCLUDING, WITHOUT LIMITATION, THE REMEDIES OF SPECIFIC PERFORMANCE AND REPLEVIN.
ANY ACTION BROUGHT BY CUSTOMER IN CONNECTION WITH SGPPL’S PERFORMANCE HEREUNDER MUST BE COMMENCED WITHIN SIX (6) MONTHS
AFTER SUCH CAUSE OF ACTION ACCRUES OR IT WILL BE DEEMED WAIVED. SGPPL’S LIABILITY TO CUSTOMER, REGARDLESS OF WHETHER SUCH
LIABILITY ARISES IN CONTRACT, TORT (INCLUDING, WITHOUT LIMITATION, NEGLIGENCE OR STRICT LIABILITY) OR OTHERWISE, SHALL IN NO EVENT
EXCEED AMOUNTS PAID BY CUSTOMER TO SGPPL FOR THE PRODUCTS INVOLVED, AND CUSTOMER RELEASES SGPPL FROM ALL CLAIMS AND
LIABILITIES IN EXCESS OF THIS LIMITATION. IN NO EVENT SHALL SGPPL BE RESPONSIBLE FOR CONSEQUENTIAL, INCIDENTAL, INDIRECT OR SPECIAL
DAMAGES OF ANY KIND.
14. Excused Performance: SGPPL shall not be liable for nor be deemed to be in default of these Terms on account of any failure to perform its
obligations or attempt to cure any breach thereof if SGPPL has been delayed or prevented from doing so by any cause or condition beyond SGPPL’s
reasonable control. If SGPPL determines that its ability to supply the total demand for the products, or obtain any or a sufficient quantity of any material
used directly or indirectly in the manufacture of the products, is hindered, limited or made impracticable, SGPPL may allocate its available supply of
the products or such material (without obligation to require other supplies of any such products or material) among itself and its customers as SGPPL
determines in its sole discretion without liability for any failure of performance which may result therefrom. Delivery suspended or not made by reasonof this action shall be canceled without liability, but these Terms shall otherwise remain unaffected.
15. Fair Labor Standards Act: SGPPL hereby certifies that the materials sold hereunder that were produced in the United States were produced incompliance with all applicable requirements of Sections 6, 7 and 12 of the Fair Labor Standards Act, as amended, and of regulations and orders of theUnited States Department of Labor issued under Section 14 thereof.
16. Change In Terms And Conditions Of Sale: The terms and conditions contained herein constitute the entire agreement between SGPPL andCustomer and supersede any and all prior representations, agreements or understandings, whether oral or written, relative to the materials delivered
hereunder. No course of dealing or usage of trade shall be relevant to supplement or explain any of these terms or conditions. No modification of theseterms and conditions shall be effective unless made in writing and executed by SGPPL.
17. General: This agreement shall not be assigned by Customer without the prior written consent of SGPPL, and any assignment made without suchconsent shall be null and void. This agreement shall inure to the benefit of and be binding upon the parties hereto and their respective successors andpermitted assigns. This agreement shall be governed by and construed in accordance with the laws of the State of New Jersey, without giving effectto its conflicts of law provisions. The courts located in New Jersey shall have exclusive jurisdiction of all matters relating to or arising out of any sale ofmaterials by SGPPL to Customer hereunder, and Customer hereby consents to the jurisdiction of such courts.

omniseal-solutions.com

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Notesomniseal-solutions.com

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A Global Network of Expertise and Service

Manufacturing and sales locations

Sales only locations

Manufacturing and sales locations

R&D Centers

Sales only locations

7301 Orangewood Ave.
Garden Grove, CA USA 92841
Phone: +1-800-544-0080

Av. Independencia, 7031-Jd. Sao Matheus
Sao Paulo, Vinhedo, Brazil 13280
Phone: +55 19-2127-8521

Via Torri Bianche 9, Palazzo Quercia
Vimercate, Italy 20871
Phone: +39 039 657 8900

386 Metacom Avenue
Bristol, RI USA 02809
Phone: +1-401-253-2000

45-46 Avda Ebro Pol El Sequero
26150 Agoncillo, La Rioja, Spain
Phone: +34 941-29-20-53

295 Indian River Rd.
Orange, CT USA 06477
Phone: +1 203-789-8819

ul. Norton 1
62-600 Kolo, Poland
Phone: +48 63-26-17-281

Grindwell Norton Limited
Devanahalli Road, Via Old Madras Road
Bangalore, India 560049
Phone: +91 80 30978888

17960 Englewood Dr.
Cleveland, OH USA 44130
Phone: +1 440-234-2002

10801-5, Haramura
Suwa, Japan 391-0106
Phone: +81 266-79-6400

Industria Aeroespacial 3601
Parque Industrial Saltillo-Ramos
Ramos Arizpe, Coahuila, Mexico 25900
Phone: +52-844-866-1200

11th Floor., Mitta Tower
427 Teheran-ro, Gangnam-gu
Seoul, 06159, South Korea
Phone: +82-2-508-8200

Am Nordkanal 37
47877 Willich, Germany
Phone: +49 2154-600

1468 Kun Yang Road
Minhang Development Zone
Shanghai, China
Phone: +86 21-5472-1568

Heiveldekens 222550 Kontich, Belgium
Phone: +32 3-458-2828
Blarenberglaan 5
Mechelen, Belgium B-2800
Phone: +32-1522-0281

Fuchu South Building 6F,
1-40 Miyamachi
Fuchu-City, Tokyo, Japan 183-0023
Phone: +81 42 352 2100
Saint-Gobain Advanced
Materials Co., Ltd
3F-1, No. 147, Section 2, Jianguo North Road
Taipei, Taiwan 104
Phone: +886-2-2503-4201

help@omniseal-solutions.com
omniseal-solutions.com
Omniseal®, Rulon®, and Meldin® are registered trademarks of Saint-Gobain Performance Plastics Corporation.
Limited Warranty: For a period of 6 months from the date of first sale, Saint-Gobain Performance Plastics Corporation warrants
this product(s) to be free from defects in manufacturing. Our only obligation will be to provide replacement product for any
portion proving defective, or at our option, to refund the purchase price thereof. User assumes all other risks, if any, including therisk of injury, loss or damage, whether direct or consequential, arising out of the use, misuse, or inability to use this product(s).
SAINT-GOBAIN PERFORMANCE PLASTICS DISCLAIMS ANY AND ALL OTHER WARRANTIES, EXPRESSED OR IMPLIED, INCLUDINGTHE IMPLIED WARRANTIES OF MERCHANTABILITY
AND FITNESS FOR A PARTICULAR PURPOSE.
NOTE: Saint-Gobain Performance Plastics Corporation does not assume any responsibility or liability for any advice furnished byit, or for the performance or results of any installation or use of the product(s) or of any final product into which the product(s)may be incorporated by the purchaser and/or user. The purchaser and/or user should perform its own tests to determine thesuitability and fitness of the product(s) for the particular purpose desired in any given situation.
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