LEGAL NOTICESSUPPLEMENT No. 8

24th November, 2023.

LEGAL NOTICES SUPPLEMENT
to The Uganda Gazette No. 76, Volume CXVI, dated 24th November, 2023.
Printed by UPPC, Entebbe, by Order of the Government.

Legal Notice No. 13 of 2023.
THE UGANDA NATIONAL BUREAU OF STANDARDSACT (CAP. 327).

The Uganda National Bureau of Standards Act (Declaration ofCompulsory Standard Specification) Notice, 2023
(Under section 18 (1) (a) of the Uganda National Bureau ofStandards Act (Cap. 327)
IN EXERCISE of the powers conferred upon the Minister ofthe powers responsible for trade by section 18(1)(a) of the Uganda
National Bureau of Standards Act, and on recommendation of theCouncil, this Notice is issued this 28th day of July, 2023.
1.

Title
(1) This Notice may be cited as the Uganda National Bureauof Standards (Declaration of Compulsory Standard Specification)
Notice, 2023.
2023.

(2)

This Notice shall commence on the 1st day of December,2.
Declaration of compulsory standard specifications
The Standards, whose numbers and titles are specified in the Scheduleto this Notice, are declared compulsory standard specifications.

1Paragraph 2
SCHEDULECOMPULSORY STANDARD SPECIFICATIONS FOR CHEMICALSAND CONSUMER PRODUCTS, ENGINEERING AND FOOD AND
AGRICULTUREASERVICES AND BUSINESS MANAGEMENT

A.1

Finance and Insurance Services

1.

US ISO 9019:1995, Securities — Numbering of certificates

Scope:

This Uganda Standard establishes rules for the numbering of
security certificates. It also addresses the application of the series
designation, where applicable. This standard is applicable to alltypes of securities in bearer or registered form, regardless of issuer
or country of issuance2.

US ISO 11649:2009, Financial services — Core banking —Structured creditor reference to remittance information

Scope:

This Uganda Standard specifies the elements of a structured creditor
reference (RF Creditor Reference) used to facilitate the processingof data in data interchange and in the financial services, as well
as between other business domains. The RF Creditor Reference
is designed for use in an automated processing environment, but
can also be implemented in other media interchanges (e.g. paper
document exchange). This standard does not specify internal
procedures, file organization techniques, storage media, languages,
etc. to be used in its implementation. It is applicable only to thetextual data that can be conveyed through a system or network.

3.

US ISO 17442-1:2020, Financial services — Legal entity
identifier (LEI) — Part 1: Assignment

Scope:

This Uganda Standard specifies the minimum elements of an
unambiguous legal entity identifier (LEI) scheme to identify thelegal entities relevant to any financial transaction.

2

4.

US ISO 17442-2:2020, Financial services — Legal entity
identifier (LEI) — Part 2: Application in digital certificates

Scope:

This Uganda Standard specifies a standardized way of embedding
the legal entity identifier (LEI) code, as represented in ISO
17442-1, in digital certificates, represented by the International
Telecommunications Union (ITU) Recommendation X.509 and its
ISO equivalent standard, ISO/IEC 9594-8.

5.

US ISO 21586:2020, Reference data for financial services —Specification for the description of banking products or services(BPoS)

Scope:

This Uganda Standard specifies how to describe the characteristics
of banking products or services (BPoS) from a customer’s
perspective.

6.

US ISO 22222:2005, Personal financial
Requirements for personal financial planners

Scope:

This Uganda Standard defines the personal financial planning
process and specifies ethical behavior, competences andexperience requirements for personal financial planners. This
standard is applicable to all personal financial planners regardlessof their employment status. This standard describes and addresses
the various methods of conformity assessment and specifies
requirements applying to each of them.

7.

US ISO 22307:2008, Financial services — Privacy impact
assessment

Scope:

This Uganda Standard recognizes that a privacy impact assessment(PIA) is an important financial services and banking management
tool to be used within an organization, or by “contracted” third
parties, to identify and mitigate privacy issues and risks associatedwith processing consumer data using automated, networked
information systems. This document describes the privacy impact
assessment activity in general, defines the common and requiredcomponents of a privacy impact assessment, regardless of businesssystems affecting financial institutions, and provides informative
guidance to educate the reader on privacy impact assessments.

3

planning—

8.

US ISO 23897:2020, Financial services — Unique transaction
identifier (UTI)

Scope:

This Uganda Standard specifies the elements of an unambiguous
scheme to identify a financial transaction uniquely wheneveruseful and agreed by the parties or community involved in thetransaction. It does not specify the timing of assignment of who
should be responsible for its generation, so as not to limit its usage
or relevance, nor does it consider a need to establish a data record
for the unique transaction identifier (UTI) itself.

9.

US ISO/TS 23029:2020, Web-service-based application
programming interface (WAPI) in financial services

Scope:

This Uganda Standard defines the framework, function andprotocols for an API ecosystem that will enable online synchronised
interaction. Specifically, the document:
defines a logical and technical layered approach for developing
APIs, including transformational rules. Specific logical models(such as ISO 20022 models) are not included, but they will
be referenced in the context of specific scenarios for guidance
purposes;
will primarily be thought about from a RESTful design point ofview, but will consider alternative architectural styles (such as
WebSocket and Webhook) where other blueprints or scenarios areoffered;defines for the API ecosystem design principles of an API, rules ofa Web-service-based API, the data payload and version control;
sets out considerations relevant to security, identity and registrationof an API ecosystem. Specific technical solutions will not be
defined, but they will be referenced in the context of specificscenarios for guidance purposes;
defines architectural usage beyond query/response asynchronous
messaging towards publish/subscribe to support advanced andexisting business models.

4

A.2

Health services

10.

US ARS 950:2016, African Traditional Medicine — Terms andterminology

Scope:

This Uganda Standard provides the various terms and terminologies
used in the field of African Traditional Medicine.

11.

US ARS 952:2016, African Traditional Medicine — Guidelines
on Good Agricultural And Collection Practices (GACP) for
medicinal plants

Scope:

This Uganda Standard provides guidelines aimed at advising
medicinal plant producers and collectors on how to improve thesafety, efficacy and quality standards of raw materials used in the
production and preparation of herbal medicines. This standard
also aims to encourage and support the sustainable cultivationand collection of medicinal plants of good quality in ways that
respect and support the conservation of medicinal plants and theenvironment in general.

12.

US ARS 953:2016, Traditional African Medicine — Certification
scheme for medicinal plant produce

Scope:

This Uganda Standard covers certification of medicinal plants
produce both from cultivated and wild collected sources. The
purpose of this standard is to promote uniformity in implementationof the standard and the interaction between the Certification Bodies(CBs) and the producers/collectors seeking certification.

13.

US ISO 18668-1:2016, Traditional Chinese medicine — Coding
system for Chinese medicines — Part 1: Coding rules for
Chinese medicines

Scope:

This Uganda Standard specifies rules to encode Chinese medicines,
including decoction pieces, Chinese Materia Medica (raw materials)
and granule forms of individual medicinals for prescriptions(GFIMP), but not Chinese patent medicines (CPM). Relevant
coding standards for Kampo medicine, Korean medicine and othertraditional medicines will be separately formulated as needed byexperts in these areas. This part of ISO 18668-1 is suitable fordecoction pieces, Chinese Materia Medica (raw materials), and5

granule forms of individual medicinals for prescriptions (GFIMP)
in the fields of clinical medication, scientific research and teaching,and statistics and management.
14.

US ISO 18668-2:2017, Traditional Chinese medicine — Coding
system for Chinese medicines — Part 2: Codes for decoction
piecesScope:

This Uganda Standard encodes 828 kinds of decoction pieces,
according to the rules in ISO 18668-1. This document is suitablefor coding of decoction pieces, as well as decoction pieces in thefields of clinical medication, scientific research, teaching, statistics,
and management.

15.

US ISO 18668-3:2017, Traditional Chinese medicine — Coding
system for Chinese medicines — Part 3: Codes for Chinese
Materia Medica

Scope:

This Uganda Standard encodes 592 kinds of Chinese Materia
Medica, according to the rules in ISO 18668-1. This document issuitable for coding of Chinese Materia Medica, as well as Chinese
Materia Medica in the fields of clinical medication, scientificresearch, teaching, statistics and management.

16.

US ISO 18668-4:2017, Traditional Chinese medicine — Coding
system for Chinese medicines — Part 4: Codes for granule
forms of individual medicinals for prescriptions

Scope:

This Uganda Standard encodes 777 kinds of granule forms ofindividual medicinals for prescriptions, according to the rules in
ISO 18668-1. This document is suitable for coding of granule
forms of individual medicinals for prescriptions, as well as granule
forms of individual medicinals for prescriptions in the fields ofclinical medication, scientific research, teaching, statistics andmanagement.

A.3

Occupational health and safety

17.

US ISO 7010:2019, Graphical symbols — Safety colours andsafety signs — Registered safety signs (2nd Edition)

Scope:

This Uganda Standard prescribes safety signs for the purposes ofaccident prevention, fire protection, health hazard information and6emergency evacuation. The shape and colour of each safety sign areaccording to ISO 3864-1 and the design of the graphical symbols
is according to ISO 3864-3. This document specifies the safety
sign originals that can be scaled for reproduction and application
purposes (This standard cancels and replaces the first edition, US
ISO 7010:2011).
18.

US ISO 7730:2005, Ergonomics of the thermal environment —Analytical determination and interpretation of thermal
comfort using calculation of the PMV and PPD indices andlocal thermal comfort criteria

Scope:

This Uganda Standard presents methods for predicting the generalthermal sensation and degree of discomfort (thermal dissatisfaction)of people exposed to moderate thermal environments. It enables
the analytical determination and interpretation of thermal comfort
using calculation of PMV (predicted mean vote) and PPD(predicted percentage of dissatisfied) and local thermal comfort
criteria, giving the environmental conditions considered acceptablefor general thermal comfort as well as those representing local
discomfort. It is applicable to healthy men and women exposed toindoor environments where thermal comfort is desirable, but wheremoderate deviations from thermal comfort occur, in the design of
new environments or the assessment of existing ones.

19.

US ISO 7752-1:2010, Cranes — Control layout andcharacteristics — Part 1: General principles

Scope:

This Uganda Standard establishes principles and requirements
for the controls of cranes. It deals with the arrangement of thosecontrols used in positioning loads and serves as a general basis
for the elaboration of detailed standards covering the controls ofparticular types of cranes.

20.

US ISO 7752-2:2011, Cranes — Control layout andcharacteristics — Part 2: Basic arrangement and requirements
for mobile cranes

Scope:

This Uganda Standard establishes the arrangement, requirements
and direction of movement of the basic controls for slewing,load hoisting and lowering, and boom luffing and telescoping, on
mobile cranes as defined in ISO 4303-2. It deals with bi-directional7

controls and the basic arrangement and requirements for crossshift levers (multi-directional controls). It is intended to be used inconjunction with ISO 7752-1.
21.

US ISO 7752-3:2013, Cranes — Control layout andcharacteristics — Part 3: Tower cranes

Scope:

This Uganda Standard specifies the particular requirements forcontrols for tower cranes as defined in ISO 4306-3:2003 andISO 4306-3:2003/Amd. 1:2011 and the arrangement of basic
control used for positioning loads.

22.

US ISO 7752-4:1989, Cranes — Controls — Layout andcharacteristics — Part 4: Jib cranes
Scope: This Uganda Standard establishes the arrangement,
requirements and direction of movement of the basic controls fortravelling, slewing, lifting, hoisting and lowering operations for jib
cranes defined in ISO 4306-1 as jib-type cranes, other than tower
cranes, mobile cranes and railway cranes.

23.

US ISO 7752-5:2021, Cranes — Control layout andcharacteristics — Part 5: Bridge and gantry cranes

Scope:

This Uganda Standard establishes the arrangement, requirements
and direction of movement of the basic controls for travelling,
traversing, slewing, cab movement and load hoisting and lowering
operations for all cab-operated, overhead travelling cranes andportal bridge cranes, as defined in ISO 4306-1 and ISO 4306-5.

24.

US ISO 8566-1:2010, Cranes — Cabins and control stations —Part 1: General

Scope:

This Uganda Standard specifies the general requirements for cabins
and control stations from which cranes, as defined in ISO 43061, are operated. It takes the conditions of use of the cabin into
consideration.

25.

US ISO 8566-2:2016, Cranes — Cabins and control stations —Part 2: Mobile cranes

Scope:

This Uganda Standard establishes the criteria for cabins for mobile
cranes as defined in ISO 4306-2. These criteria are intended to cover8

cabins only for crane operation and not for road travel. The generalcriteria for cabins on mobile cranes are presented in ISO 8566-1.
26.

US ISO 8566-3:2010, Cranes — Cabins and control stations —Part 3: Tower cranes

Scope:

This Uganda Standard specifies the requirements for cabins andcontrol stations for tower cranes as defined in ISO 4306-3. It is
intended to be used in conjunction with ISO 8566-1.

27.

US ISO 8566-4:1998, Cranes — Cabins — Part 4: Jib cranes

Scope:

This Uganda Standard specifies the requirements for cabins for jib
cranes as defined in ISO 4306-1.

28.

US ISO 8566-5:2017, Cranes — Cabins and control stations —Part 5: Overhead travelling and portal bridge cranes

Scope:

This Uganda Standard establishes the requirements for cabins andcontrol stations for overhead travelling and portal bridge cranes as
defined in ISO 4306-1. It takes the conditions of use of the cabin
into consideration.

29.

US ISO 11014:2009, Safety data sheet for chemical products —Content and order of sections

Scope:

This Uganda Standard defines sections, content, and general formatof the safety data sheet (SDS) for chemical products. This standard
does not define a fixed format, nor does it include a blank SDS.

30.

US ISO 18878:2013, Mobile elevating work platforms —Operator (driver) training

Scope:

This Uganda Standard provides methods for preparing training
materials and administering standardized training to operators(drivers) of mobile elevating work platforms (MEWPs). It isapplicable to MEWPs, as defined in ISO 16368, intended to move
persons, tools and materials to positions where they can carry out
work from the work platform.

31.

US ISO 20305:2020, Mine closure and reclamation —Vocabulary
Scope: This Uganda Standard establishes a vocabulary for mineclosure and reclamation management.

9

32.

US ISO 20381:2009 Mobile elevating work platforms —Symbols for operator controls and other displays

Scope:

This Uganda Standard establishes general graphic symbols forthe operator controls and other displays of mobile elevating work
platforms (MEWPs).

33.

US ISO 21795-1:2021, Mine closure and reclamation planning— Part 1: Requirements

Scope:

This Uganda Standard specifies a framework and the processes
involved in mine closure and reclamation planning for new andoperating mines. Requirements and recommendations are providedon:mine closure and reclamation plan objectives and commitments;
technical procedures and techniques;
mitigation of socio-economic impacts;financial assurance and associated planning;mine closure and reclamation planning for unplanned closure;post-closure management plan; andmine closure and reclamation plan documentation.

34.

US ISO 21795-2:2021, Mine closure and reclamation planning— Part 2: Guidance

Scope:

This Uganda Standard provides guidance related to the necessarymine closure and reclamation planning activities for new andoperating mines. Recommendations are provided on:
closure and reclamation of a mine site;land reclamation and water management;
stakeholder engagement;
decision and analysis tools.

10

B
B.1
35.
Scope:
36.
Scope:

37.
Scope:

38.
Scope:CHEMICALS AND CONSUMER PRODUCTS
Medical devices and equipment
US EAS 1069: 2022, Cotton ear bud — Specification
This Uganda Standard specifies requirements, sampling and test
methods for cotton ear buds.
US EAS 1070: 2022, Medical cotton swab — Specification
This Uganda Standard specifies requirements, sampling and test
methods for medical cotton swabs. This standard does not apply toflocked swabs for clinical use. (This standard cancels and replaces
US 2276: 2020, Medical cotton swabs — Specification).
US ISO 7886-2:2020, Sterile hypodermic syringes for single use— Part 2: Syringes for use with power-driven syringe pumps(2nd Edition)
This Uganda Standard specifies requirements for sterile single-use
hypodermic syringes of nominal capacity 1 ml and above, made ofplastic materials and intended for use with power-driven syringe
pumps. This document does not apply to syringes with auto-disable
syringe features (ISO 7886-3), syringes for use with insulin (ISO8537), single-use syringes made of glass, syringes prefilled with
the injection by the manufacturer and syringes supplied with theinjection as a kit for filling by a pharmacist. It does not addresscompatibility with injection fluids. (This standard cancels andreplaces the first edition, US ISO 7886-2: 1996, Sterile hypodermic
syringes for single use — Part 2: Syringes for use with powerdriven syringe pumps).
US ISO 7886-3:2020, Sterile hypodermic syringes for single use— Part 3: Auto-disabled syringes for fixed-dose immunization(2nd Edition)
This Uganda Standard specifies the properties and performance ofsterile single-use hypodermic syringes with an auto-disable syringe
feature intended to deliver a fixed dose of vaccine immediately
after filling. The syringes can be made of plastic, rubber or othermaterials and can be with or without needle and needle protection
feature. This document does not specify the design of the autodisable syringe feature. This document is not applicable to syringes
for use with insulin (covered by ISO 8537), syringes for use withpower-driven syringe pumps (covered by ISO 7886-2), reuse

11

B.2

prevention syringes (covered by ISO 7886-4) or syringes designed
to be prefilled (covered by the ISO 11040 series). It does notaddress compatibility with injection fluids/vaccines. (This standard
cancels and replaces the first edition, US ISO 7886-3: 2005, Sterile
hypodermic syringes for single use — Part 3: Autodisable syringes
for fixed-dose immunization).
Environment

39.

US EAS 1047:2022, Air quality — Vehicular exhaust emission
limitsScope:

This Uganda Standard specifies permissible limits for common
pollutants found in exhaust emissions of motor vehicles, namely
carbon monoxide (CO), particulate matter (PM), oxides of nitrogen(NOX) and hydrocarbons. This standard covers emissions for new,imported used and in-use vehicles of all types of motor vehicles
with internal combustion engines namely, passenger cars, lightcommercial vehicles, heavy-duty vehicles, motorcycles and motor
tricycles as given in Annex A.

B.3

Industrial and public health chemicals

40

US ISO 3044:2020, Essential oil of Corymbia citriodora (Hook.)
K.D. Hill and L.A.S. Johnson (syn. Eucalyptus citriodora Hook.)

Scope: This Uganda Standard specifies certain characteristics of the essential
oil of Corymbia citriodora (Hook.) K.D. Hill and L.A.S. Johnson(syn. Eucalyptus citriodora Hook.) with a view to facilitating theassessment of its quality.
41

US ISO 3215:1998, Oil of nutmeg, Indonesian type (Myristicafragrans Houtt.)Scope: This Uganda Standard specifies certain characteristics of the oil ofnutmeg, Indonesian type (Myristica fragrans Houtt.), in order tofacilitate assessment of its quality.
42

US ISO 9844: 2006, Oil of bitter orange (Citrus aurantium L.)

Scope: This Uganda Standard specifies certain characteristics of the oil ofbitter orange (Citrus aurantium L.), in order to facilitate assessmentof its quality.

12

43

US ISO 11043:1998, Oil of basil, methyl chavicol type (Ocimum
basilicum L.)

Scope: This Uganda Standard specifies certain characteristics of the oil ofbasil, methyl chavicol type (Ocimum basilicum L.), in order tofacilitate assessment of its quality.
B.4

Plastics and related products

44

US 2236:2022, Rubber squeezer (squeegee) — Specification

Scope: This Uganda Standard specifies requirements, sampling and test
methods for hand operated rubber squeezers for floors and windows.
45

US 2394:2022, Rubber teat (nipple) for baby feeding bottle —Specification

Scope: This Uganda Standard specifies requirements, sampling and test
methods for rubber teat (nipple) for baby feeding bottle.
46

US 2397:2022, Plastic baby feeding bottle — Specification

Scope: This Uganda Standard specifies requirements, sampling and test
methods for plastic feeding bottles used for nursing babies. This
standard does not apply to teats (nipples) and glass feeding bottles.
B.5

Toys

47.

US ISO 8124-1:2018, Safety of toys — Part 1: Safety aspects
related to mechanical and physical properties (4th Edition)

Scope: This Uganda Standard specifies requirements and test methods fortoys intended for use by children in various age groups from birth
to 14 years. The requirements vary according to the age group forwhich a particular toy is intended. The requirements for a particularage group reflect the nature of the hazards and the expected
mental and/or physical abilities of a child to cope with them. (Thisstandard cancels and replaces the third edition, US ISO 8124-1:
2014, Safety of toys — Part 1: Safety aspects related to mechanicaland physical properties).
48.

US ISO 8124-2: 2018, Safety of toys — Part 2: Flammability(3rd Edition)

Scope: This Uganda Standard specifies the categories of flammablematerials that are prohibited in all toys, and requirements

13

concerning flammability of certain toys when they are subjected
to a minor source of ignition. (This standard cancels and replaces
the second edition US ISO 8124-2: 2007, Safety of toys — Part 2:
Flammability).
49.

US ISO 8124-3: 2020, Safety of toys — Part 3: Migration ofcertain elements (3rd Edition)

Scope:

This Uganda Standard specifies maximum acceptable levels
and methods of sampling, extraction and determination for the
migration of the elements antimony, arsenic, barium, cadmium,
chromium, lead, mercury and selenium from toy materials andfrom parts of toys. (This standard cancels and replaces the second
edition, US ISO 8124-3: 2010, Safety of toys — Part 3 Migrationof certain elements).

50.

US ISO 8124-4: 2014, Safety of toys — Part 4: Swings, slides
and similar activity toys for indoor and outdoor family domesticuse (2nd Edition)

Scope:

This Uganda Standard specifies requirements and test methods for
activity toys for domestic family use intended for children under
14 years to play on or in. (This standard cancels and replaces
the first edition, US ISO 8124-4: 2010, Safety of toys — Part 4:
Swings, slides and similar activity toys for indoor and outdoor
family domestic use).

B.6

Paints, varnishes and related products

51.

US EAS 1051:2022, Two-pack epoxy primer — Specification

Scope:

This Uganda Standard specifies requirements, sampling and test
methods for a two-pack epoxy solvent based primer used forprotection of iron, steel and galvanized iron and steel substrate
against atmospheric corrosion in an industrial or marine
environment.

52.

US EAS 1052:2022, Two-pack epoxy zinc phosphate weldable
primer — Specification

Scope:

This Uganda Standard specifies requirements, sampling and test
methods for two-pack epoxy zinc phosphate weldable primer. This
material is used as a base coat for the painting of steel structures/

14equipment where corrosion protection and chemical resistance in
an industrial or marine environment is required.
53.

US EAS 1053:2022, Etch primers (single pack and two-pack)— Specification

Scope:

This Uganda Standard specifies the requirements, sampling andtest methods, for single-pack and two-pack etch primers intended
for pre-treating metal surfaces to improve the adhesion of paintsystem applied to them.

54.

US EAS 1054:2022, Black bituminous paint for cold application— Specification

Scope:

This Uganda Standard specifies requirements, sampling and test
methods for black bituminous paint, without pigments or fillers, forcold application, used for protection of substrates.

55.

US EAS 1055:2022, Water based undercoat — Specification

Scope:

This Uganda Standard specifies requirements, sampling and test
methods for water based undercoat used on concrete and wooden
substrates.

B.7

Surface active agents56.

US EAS 789:2022, Alcohol based instant hand sanitizer –Specification (2nd Edition)

Scope:

This Uganda Standard specifies the requirements, sampling andtest methods for alcohol-based instant hand sanitizers. The standard
does not cover non-alcohol-based hand sanitizers. (This standard
cancels and replaces the first edition, US EAS 789: 2013, Instanthand sanitizers — Specification).

57.

US EAS 791:2022, Kitchen equipment cleaner and grease
remover – Specification (2nd Edition)

Scope:

This Uganda Standard specifies the requirements, sampling andtest methods for kitchen equipment cleaners and grease removers.
The standard covers three types of kitchen equipment cleanersand grease removers that are suitable for the removal of carbon
deposits, grease, baked-on fats and other surface contaminantsfrom industrial and domestic cooking kitchen equipment, grills,
fryers and other steel kitchen equipment, but not intended for use

15

in self-cleaning kitchen equipment. (This standard cancels andreplaces, the first edition, US EAS 791: 2013, Oven cleaner andgrease remover — Specification).
58.

US EAS 792:2022, Carpet and upholstery shampoo –Specification (2nd Edition)

Scope:

This Uganda Standard specifies the requirements, sampling andtest methods for liquid foaming shampoo used for both generalcleaning and spot cleaning of colourfast carpets and upholstery thatare not damaged by water. (This standard cancels and replaces thefirst edition, US EAS 792: 2013, Carpet and upholstery shampoo— Specification).

59.

US EAS 793-1:2022, Toilet cleanser ― Specification ― Part 1:
Acidic liquid (2nd Edition)

Scope:

This Uganda Standard specifies requirements, sampling and test
methods for acidic liquid toilet cleanser. This standard applies toa liquid acid, heavy-duty compound suitable for cleaning toilet
surfaces and urinals. (This standard cancels and replaces the firstedition, US EAS 793-1: 2013, Toilet cleansers ― Specification ―Part 1: Acidic liquid toilet cleansers).

B.8

Petroleum and petrochemical products

60.

US ISO 3871:2000, Road vehicles — Labelling of containers
for petroleum-based or non-petroleum-based brake fluid

Scope:

This Uganda Standard specifies the minimum labelling requiredfor commercial containers of petroleum- and non-petroleum-based
fluids used in the braking and hydraulic systems of road vehicles,
including mopeds and motorcycles.

61.

US ISO 4925:2020, Road vehicles — Specification of nonpetroleum-based brake fluids for hydraulic systems (2nd
Edition)Scope:

This Uganda Standard provides the specifications, requirements
and test methods, for non-petroleum-based fluids used in roadvehicle hydraulic brake and clutch systems that are designed foruse with such fluids and equipped with seals, cups or double-

16

lipped type gland seals made of styrene-butadiene rubber (SBR)
and ethylene-propylene elastomer (EPDM). (This standard cancels
and replaces US ISO 4925:2005, Road vehicles — Specificationof non-petroleum-base brake Fluids for hydraulic systems (First
Edition)).
62.

US ISO 7308:1987, Road vehicles — Petroleum-based brakefluid for stored-energy hydraulic brakes

Scope:

This Uganda Standard lays down the characteristics and test
methods for petroleum-based brake fluids used in the hydraulicbrake systems of road vehicles.

63.

US ISO 9128:2006, Road vehicles — Graphical symbols todesignate brake fluid types

Scope:

This Uganda Standard specifies the graphical symbols and colours
used to identify, on road vehicles, the correct type of fluid to be
used for:a) petroleum-based brake fluid systems;b) non-petroleum-based brake fluid systems.

B.9

Petroleum distribution

64.

US ISO 4266-1:2002, Petroleum and liquid petroleum products— Measurement of level and temperature in storage tanks
by automatic methods — Part 1: Measurement of level inatmospheric tanks

Scope: This Uganda Standard gives guidance on the accuracy, installation,commissioning, calibration and verification of automatic level
gauges (ALGs), of both intrusive and non-intrusive types, formeasuring the level of petroleum and petroleum products having
a Reid vapour pressure less than 100 kPa, stored in atmosphericstorage tanks. This part of ISO 4266 is not applicable to themeasurement of level in refrigerated storage tanks with ALG
equipment.

17

65.

US ISO 4266-2:2002, Petroleum and liquid petroleum products— Measurement of level and temperature in storage tanks byautomatic methods — Part 2: Measurement of level in marine
vessels

Scope:

This Uganda Standard gives guidance on the accuracy, installation,
calibration and verification of automatic level gauges (ALGs), both
intrusive and non-intrusive, for measuring the level of petroleum
and liquid petroleum products having a Reid vapour pressure lessthan 100 kPa, transported aboard marine vessels (i.e. tankers andbarges). This part of ISO 4266 gives guidance for buyers andsellers who mutually agree to use marine ALGs for either fiscal
and/or custody transfer applications. This part of ISO 4266 is notapplicable to the measurement of level in refrigerated cargo tanks.

66.

US ISO 4266-3:2002, Petroleum and liquid petroleum products— Measurement of level and temperature in storage tanks
by automatic methods — Part 3: Measurement of level inpressurized storage tanks (non-refrigerated)

Scope:

This Uganda Standard gives guidance on the accuracy, installation,commissioning, calibration and verification of automatic level
gauges (ALGs) both intrusive and non-intrusive, for measuring
the level of petroleum and petroleum products having a vapour
pressure less than 4 MPa, stored in pressurized storage tanks. Thispart of ISO 4266 gives guidance on the use of ALGs in custodytransfer application. This part of ISO 4266 is not applicable to themeasurement of level in caverns and refrigerated storage tankswith ALG equipment.

67.

US ISO 4266-4:2002, Petroleum and liquid petroleum products— Measurement of level and temperature in storage tanks byautomatic methods — Part 4: Measurement of temperature inatmospheric tanks

Scope:

This Uganda Standard gives guidance on the selection, accuracy,
installation, commissioning, calibration and verification of
automatic tank thermometers (ATTs) in fiscal/custody transfer
applications in which the ATT is used for measuring the temperatureof petroleum and liquid petroleum products having a Reid vapour
pressure less than 100 kPa, stored in atmospheric storage tanks.
This part of ISO 4266 is not applicable to the measurement of18

temperature in caverns or in refrigerated storage tanks.
68.

US ISO 4266-5:2002, Petroleum and liquid petroleum products— Measurement of level and temperature in storage tanks byautomatic methods — Part 5: Measurement of temperature inmarine vessels

Scope:

This Uganda Standard gives guidance on the selection, accuracy,
installation, commissioning, calibration and verification of
automatic tank thermometers (ATTs) in fiscal/custody transfer
applications in which the ATT is used for measuring the temperatureof petroleum and liquid petroleum products having a Reid vapour
pressure less than 100 kPa, stored in cargo tanks on board marine
vessels. This part of ISO 4266 is not applicable to the measurementof temperature in refrigerated storage tanks, or pressurized cargotanks on board marine vessels.

69.

US ISO 4266-6:2002, Petroleum and liquid petroleum products— Measurement of level and temperature in storage tanks byautomatic methods — Part 6: Measurement of temperature inpressurized storage tanks (non-refrigerated)

Scope:

This Uganda Standard gives guidance on the selection, accuracy,
installation, commissioning, calibration and verification of
automatic tank thermometers (ATTs) in fiscal/custody transfer
applications in which the ATT is used for measuring the temperatureof petroleum and liquid petroleum products, stored in pressurizedstorage tanks. This part of ISO 4266 is not applicable to themeasurement of temperature in caverns or in refrigerated storage
tanks.

70.

US ISO 8501-3:2006, Preparation of steel substrates before
application of paints and related products — Visual assessmentof surface cleanliness — Part 3: Preparation grades of welds,
edges and other areas with surface imperfections

Scope:

This Uganda Standard describes preparation grades of welds,
edges and other areas, on steel surfaces with imperfections. Suchimperfections can become visible before and/or after an abrasive
blast-cleaning process. The preparation grades given in this part of
ISO 8501 are to make steel surfaces with imperfections, including
welded and fabricated surfaces, suitable for the application of19

paints and related products.
71.

US ISO 8504-3:2018, Preparation of steel substrates before
application of paints and related products — Surface
preparation methods — Part 3: Hand- and power-tool cleaning

Scope:

This Uganda Standard describes methods for hand-tool and powertool cleaning of steel substrates before application of paints andrelated products. It is applicable both to new steelwork and to steel
surfaces that have been coated previously and that show areasof breakdown requiring maintenance painting. It describes theequipment to be used and the procedures to be followed.

72.

US ISO 28300:2008, Petroleum, petrochemical and natural gas
industries — Venting of atmospheric and low-pressure storage
tanks

Scope:

This Uganda Standard covers the normal and emergency vapour
venting requirements for aboveground liquid petroleum or
petroleum products storage tanks and aboveground and underground
refrigerated storage tanks designed as atmospheric storage tanks
or low-pressure storage tanks. Discussed in this standard are thecauses of overpressure and vacuum; determination of venting
requirements; means of venting; selection, and installation ofventing devices; and testing and marking of relief devices. This
Uganda Standard is intended for tanks containing petroleum andpetroleum products but it can also be applied to tanks containing
other liquids; however, it is necessary to use sound engineering
analysis and judgment whenever this Uganda Standard is applied
to other liquids. This Uganda Standard does not apply to external
floating-roof tanks.

B.7

Chemistry73.

US EAS 25:2022, School chalk — Specification (2nd Edition)

Scope:

This Uganda Standard specifies requirements, sampling and test
methods for solid white and coloured school chalks intended to be
used on chalkboards. (This standard cancels and replaces the firstedition, US EAS 25:2000, School chalks — Specification).

74.

US EAS 122:2022, Sulfuric acid — Specification (2nd Edition)

Scope:

This Uganda Standard specifies requirements, sampling and20

test methods for sulfuric acid. This standard covers four gradesof sulfuric acid namely, technical, battery, pure and analyticalreagents. (This standard cancels and replaces, the first edition US
EAS 122:1999 Sulfuric acid — Specification).
75.

US EAS 123:2022, Distilled water — Specification (2nd Edition)

Scope:

This Uganda Standard specifies requirements, sampling and test
methods for distilled water. (This standard cancels and replaces,
the first edition US EAS 123:2006 Distilled water — Specification).

76.

US EAS 345:2022, Toluene — Specification (2nd Edition)

Scope:

This Uganda Standard specifies requirements, sampling and test
methods for toluene. (This standard cancels and replaces the firstedition, US EAS 345:2004 Toluene — Specification).

77.

US EAS 361:2022, Carbaryl dusting powder — Specification(2nd Edition)

Scope:

This Uganda Standard specifies requirements, sampling and test
methods for carbaryl dusting powder. (This standard cancels andreplaces the first edition, US EAS 361:2004 Carbaryl dusting
powders — Specification).

78.

US EAS 490:2022, Metre rules and rulers — Specification (2nd
Edition)Scope:

This Uganda Standard specifies requirements, sampling and test
methods for metre rules and rulers for general use. (This standard
cancels and replaces the first edition, US EAS 490:2008, Meter
rules and rulers for school and office use — Specification).

79.

US 2296-5:2022, Skin applied mosquito repellents —Specification — Part 5: Bracelets, wristbands and patches

Scope:

This Uganda Standard specifies the requirements, sampling and test
methods for skin applied mosquito repellents prepared as bracelets,
wristbands and patches.

80.

US 2296-6:2022, Skin applied mosquito repellents —Specification — Part 6: Petroleum jelly

Scope:

This Uganda Standard specifies the requirements, sampling and test
methods for skin applied mosquito repellents in form of petroleum
jelly.

21

B.8

Textiles and related products

81.

US EAS 223: 2022, Zippers (zips) — Specification (2nd Edition)

Scope:

This Uganda Standard specifies performance requirements, sampling
and test methods for zippers (also known as zips) made frominterlocking components mounted on textile tapes. This standard
applies to all types of zippers except those designed for aeronautical
purposes, those intended to be exposed to corrosive influences andzippers of complicated structure such as “Three-way” and “Doublepull” as used in tents. (This standard cancels and replaces the firstedition, US EAS 223: 2001, Zippers — Specification).

82.

US EAS 1071: 2022, Duvets — Specification

Scope:

This Uganda Standard specifies requirements, sampling and test
methods for duvets.

83.

US EAS 1072: 2022, Tarpaulins for agricultural use —Specification

Scope:

This Uganda Standard specifies requirements, sampling and test
methods for tarpaulins used for agricultural purposes.

84.

US EAS 1073:2022, Tarpaulins for general use — Specification

Scope:

This Uganda Standard specifies requirements, sampling and test
methods for tarpaulins used for general purposes. This standard
does not apply to tarpaulins used for handling food products. (Thisstandard cancels and replaces the first edition, US ISO 8095:
1990, PVC-coated fabrics for tarpaulins — Specification,).

85.

US 1970-8:2022, Textiles — Garments — Part 8: Regular socks
and stockings

Scope:

This Uganda Standard specifies requirements, sampling and test
methods for regular socks and stockings. This standard is notapplicable to athletic, compression, diabetic and hiking/trekking
socks and stockings.

86.

US 1970-9:2022, Textiles — Garments — Part 9: Athletic socks

Scope:

This Uganda Standard specifies requirements, sampling and test
methods for athletic socks also known as sports socks.

22

87.

US 2480:2022, Textiles — Canvas — Specification

Scope:

This Uganda Standard specifies requirements, sampling and test
methods for canvas fabrics.

B.9

Paper and paper products

88.

US EAS 355-2:2022, Toilet paper — Specification — Part 2:
Jumbo toilet tissue paper

Scope:

This Uganda Standard specifies requirements, sampling and test
methods for jumbo toilet tissue paper (also known as “Jumbo tissueroll”, “Jumbo roll tissue”) supplied in rolls, reels and sheets.

89.

US EAS 861: 2022, Paper serviettes (napkins) — Specification(2nd Edition)

Scope:

This Uganda Standard specifies requirements, sampling and test
methods for virgin, blended or recycled pulp paper serviettes(napkins) in sheet form used for hygienic purposes. (This standard
cancels and replaces the first edition, US EAS 861: 2017; Paper
serviettes (napkins) — Specification).

90.

US EAS 862: 2022, Facial tissue paper — Specification (2nd
Edition)Scope:

This Uganda Standard specifies requirements, sampling and test
methods for facial tissue paper in sheet form for facial hygiene.
(This standard cancels and replaces the first edition US EAS 862:
2017, Facial tissue paper — Specification).

91.

US EAS 1048:2022, Medical tissue paper towel — Specification

Scope:

This Uganda Standard specifies requirements, sampling and test
methods for medical tissue paper towels supplied in rolls used in
medical establishments.

92.

US EAS 1049:2022, Paper hand towel sheets (multi-fold hand
towels) — Specification

Scope:

This Uganda Standard specifies requirements, sampling and test
methods for paper hand towel sheets used for general hygiene.

23

93.

US EAS 1050:2022, Kitchen paper towel — Specification

Scope:

This Uganda Standard specifies requirements, sampling and test
methods for kitchen paper towels supplied in rolls and sheets used
for hygiene and cleaning purposes in the kitchen.

94.

US EAS 344:2022, Exercise books and related items —Specification

Scope:

This Uganda Standard specifies requirements, sampling and test
methods for exercise books and related items. (This standard
cancels and replaces US 820:2021, Paper scholastic stationery —Specification (2nd Edition)).

95.

US EAS 866:2022, Paper sacks for packaging of cement —Specification (2nd Edition)

Scope:

This Uganda Standard specifies requirements, sampling and test
methods for valve sewn-gusseted and valve-pasted ends, paper
sacks for packaging of cement. (This standard cancels and replaces
the first edition, US EAS 866:2017, Paper sacks for packaging of
cement — Specification).

96.

US EAS 1056: 2022, Diaries — Specification

Scope: This Uganda Standard specifies requirements, sampling and test
methods for diaries.
97.

US EAS 1057: 2022, Newsprint — Specification

Scope:

This Uganda Standard specifies requirements, sampling and test
methods for newsprint.

98.

US EAS 1058: 2022, Thermal-sensitive paper roll for printers— Specification

Scope:

This Uganda Standard specifies requirements, sampling andtest methods for thermal-sensitive paper, used in places where
information has to be printed out, quickly and economically.

24

B.10

Personal protective gear99.

US 774: 2022, Protective helmets for motorcycle users —Specification (2nd Edition)

Scope:

This Uganda Standard specifies the requirements and test methods
for protective helmets intended for the protection of the driver orof the rider and the passenger while riding motorcycles of any
kind, including motorized bicycles/tricycles, mopeds, motorbikes,
quad bikes and scooters with or without side-car. This standard
excludes helmets worn by participants in the competitive events(This standard cancels and replaces the first edition, US 774: 2011,
Protective helmets for motorcycle users — Specification, ).

B.11

Leather and leather products100.

US 2440:2022, Outdoor footballs — Specification

Scope:

This Uganda Standard specifies the requirements, sampling andtest methods for outdoor footballs

C

ENGINEERING

C.1

Cement, concrete, tiles and other construction material101.

US 970-2:2022, Agglomerated stone — Slabs and cut-to-size
products for vanity and kitchen tops — Part 2: Requirements(2nd Edition)

Scope: This Uganda Standard specifies requirements, sampling andappropriate test methods for slabs and cut-to-size products ofagglomerated stone which are made for use as vanity and kitchen
tops, or other similar use in furnishing (for example, splash zone).
This standard does not apply to secondary operations including site
installation. (This standard cancels and replaces the first edition,
US 970-2:2012, Agglomerated stone-slabs and cut-to-size product— Part 2: Product requirements).
102.

US 2269: 2022, Decking profiles and tiles — Wood-Polymer
Composites (WPC) or Natural Fibre Composites (NFC) based— Specification

Scope:

This Uganda Standard specifies the characteristics of decking
profiles and tiles made from cellulose-based materials and25thermoplastics, usually called Wood-Polymer Composites (WPC)or Natural Fibre Composites (NFC), for external use. This standard
is applicable to extruded profiles and also to tiles manufactured
by other plastics processing techniques, for example, injection
moulding. This standard is not applicable to kits (support rail
profiles, cover strip profiles and hardware).
C.2

Mechanical engineering103.

US 1560:2022, Moulded polyethylene water storage tank —Specification (2nd Edition)

Scope:

This Uganda Standard specifies the requirements, sampling andtest methods for moulded polyethylene water storage tanks (closed
and open top tank). This standard is not applicable to undergroundtanks, mobile water tanks and horizontal cylindrical watertanks. (This standard cancels and replaces the first edition, US
1560:2013, Rotational moulded polyethylene water storage tank
— Specification).

C.3

Steel and aluminium

104.

US EAS 196:2022, High-Strength Low-Alloy (HSLA) steel
for hot rolled sheet and cold rolled sheet — Specification (2nd
Edition)Scope:

This Uganda Standard Standard specifies the requirements for steel
sheet in coils and cut lengths for high-strength low-alloy (HSLA)
steel supplied as hot-rolled sheet and cold-rolled sheet. (Thisstandard cancels and replaces US EAS 196:2013, High-strength
low-alloy Carbon Steel for hot rolled sheet and cold rolled sheet —Specification).

105.

US ISO 7989-2:2021, Steel wire and wire products — Nonferrous metallic coatings on steel wire — Part 2: Zinc or zincalloy coating (2nd Edition)

Scope:

This Uganda Standard specifies the requirements for the coating
mass per unit area, for other properties and also for testing of zincor zinc-alloy coatings on steel wire and steel wire products ofcircular or other section. (This standard cancels and replaces thefirst edition, US ISO 7989-2:2007, Steel wire and wire products— Non-ferrous metallic coatings on steel wire — Part 2: Zinc orzinc-alloy coating).

26

106.

US ISO 8430-1:2016, Resistance spot welding — Electrodeholders — Part 1: Taper fixing 1:10 (2nd Edition)

Scope:

This Uganda Standard specifies the dimensions and tolerances ofresistance spot welding electrode holders (type A) without offset
and with the facility for cable clamping, and where a male taper
1:10 is used to fix the holder directly to the welding cylinder inmultiple spot welding equipment. (This standard cancels andreplaces, the first edition US ISO 8430-1:1988, Resistance spot
welding — Electrode holders — Part 1: Taper fixing 1:10).

C.4

Light and lighting

107.

US EAS 1064-1:2022, Lighting products — Minimum Energy
Performance Standard — Part 1 — Lamps

Scope:

This Uganda Standard covers the energy efficiency and functional
performance requirements, sampling and test methods for generalservice lamps and tubular lamps. This standard does not apply
high-intensity discharge lamps. This standard does not cover safety
requirements of lighting products. (This standard cancels andreplaces US 902:2011, Self-ballasted lamps for General Lighting
Services (GLS) — Performance requirements).

108.

US EAS 1064-2:2022, Lighting products — Minimum Energy
Performance Standard — Part 2 — Luminaires

Scope:

This Uganda Standard covers the energy efficiency and functional
performance requirements, sampling and test methods forluminaires namely indoor ambient luminaires and outdoor/
streetlight luminaires. This standard does not apply to indoor ambient
luminaires or outdoor/streetlight luminaires specifically tested andapproved to operate: in potentially explosive atmospheres; foremergency use; and in or on aircraft. This standard does not coversafety requirements for luminaires.

D

FOOD AND AGRICULTURE

D.1

Milk and milk products and processes

109.

US 1987:2022, Dairy creams and prepared creams —Specification (2nd Edition)

Scope:

This Uganda Standard specifies the requirements, sampling andtest methods for dairy creams and prepared creams for direct27

human consumption or further processing. (This standard cancels
and replaces, the first edition US 1987:2019, Dairy creams andprepared creams — Specification).
D.2

Cereals, pulses and related products and processes

110.

US 2552:2022, Sorghum malt — Specification

Scope:

This Uganda Standard specifies the requirements, sampling andtest methods of for sorghum malt.

111.

US 2553:2022, Millet malt — Specification

Scope:

This Uganda Standard specifies the requirements, sampling andtest methods of for millet malt.

D.3

Fruits, vegetables, tubers and processed products

112.

US EAS 47:2022, Fresh papaya (pawpaw) — Specification

Scope:

This Uganda Standard specifies requirements and sampling
methods for commercial varieties of papaya (pawpaw) grown from
Carica papaya L., of the Caricaceae family, to be supplied fresh to
the consumer. This standard does not apply to papaya for industrial
processing. (This standard cancels and replaces US CODEX STAN
183:1993, Standard for papaya and US 1613:2015, Fresh papaya— Specification, which are hereby withdrawn).

113.

US EAS 56:2022, Fresh mushrooms — Specification

Scope:

This Uganda Standard specifies requirements and sampling
methods for edible mushrooms, the carpophores (fruiting bodies)of strains grown from the genus Agaricus (syn. Psalliota) to besupplied fresh to the consumer. This standard does not apply tomushrooms for industrial processing. (This standard cancels andreplaces US 1612:2015, Fresh mushroom — Specification).

114.

US EAS 286-1:2022, Cut flowers and cut foliage — Specification— Part 1: Fresh cut flowers

Scope:

This Uganda Standard specifies the requirements for fresh cut
flowers.

28

115.

US EAS 330:2022, Citrus fruits — Specification

Scope:

This Uganda Standard specifies the requirements and sampling
methods for citrus fruits of varieties (cultivars) grown from thefollowing species to be supplied fresh to the consumer:a)lemons grown from the species Citrus limon (L.) Burm. f. andhybrids thereof;b)

Persian limes grown from the species Citrus latifolia (Yu.
Tanaka) Tanaka, a large acid lime fruit known also as Bearss or
Tahiti and hybrids thereof;c)

Mexican limes grown from the species Citrus aurantiifolia(Christm.) Swingle, also known as sour limes and key limes
and hybrids thereof;d)Indian sweet limes, Palestine sweet limes grown from thespecies Citrus limettioides Tanaka and hybrids thereof;e)mandarins grown from the species (Citrus reticulata Blanco),including satsumas (Citrus unshiu Marcow.), clementines(Citrus clementina hort. ex Tanaka), and common mandarins(Citrus deliciosa Ten.) and tangerines (Citrus tangerine
Tanaka), grown from these species and hybrids thereof;f)oranges grown from the species Citrus sinensis (L.) Osbeck andhybrids thereof;g)

grapefruit grown from the species Citrus paradisi Macfad. andhybrids thereof; andh)pummelos or shaddock grown from the species Citrus maxima(Burm.) Merr. and hybrids thereof.
This standard is not applicable to citrus fruits for industrial
processing. [This standard cancels and replaces US CODEXSTAN 213:1999, Standard for limes, US CODEX STAN 214:1999,
Standard for pummelos (citrus grandi), US CODEX STAN 219:1999,
Standard for grapefruits (Citrus paradisi), US 1614:2015, Freshorange — Specification, US 1619:2015, Fresh tangerine and US
1620:2015, Fresh lemon — Specification].

29

116.

US EAS 332:2022, Fresh chilli peppers — Specification

Scope:

This Uganda Standard specifies requirements and sampling
methods for fresh chilli peppers of varieties (cultivars) grown from
Capsicum annuum, C. baccatum, C. chinense, C. frutescens andC. pubescens, to be supplied fresh to the consumer. This standard
applies to chilli peppers with a minimum pungency of 900 on the
Scoville Index. This standard does not cover requirements forchilli peppers for industrial processing. (This standard cancels andreplaces US 999:2013, Fresh chilli pepper — Specification).

117.

US EAS 741:2022, Cassava wheat composite flour —Specification (2nd Edition)

Scope: This Uganda Standard specifies the requirements, sampling andtest methods for cassava-wheat composite flour for humanconsumption. (This standard cancels and replaces the first edition,
US EAS 741:2010, Cassava composite wheat flour – Specification).
118.

US EAS 742:2022, Food grade cassava starch — Specification(2nd Edition)

Scope: This Uganda Standard specifies requirements, sampling and test
methods for food grade cassava starch. (This standard cancels andreplaces the first edition, US EAS 742: 2010, Food grade cassava
starch – Specification).
119.

US EAS 1040:2022, Cassava pellets — Specification

Scope:

This Uganda Standard specifies requirements, sampling and test
methods for cassava pellets obtained from cassava (Manihot
esculenta Crantz) intended for human consumption.

120.

US EAS 1041:2022, Dried cassava leaves — Specification

Scope:

This Uganda Standard specifies requirements, sampling andtest methods for dried cassava leaves, obtained from freshcassava (Manihot esculenta Crantz) leaves intended for humanconsumption.

30

D.4

Spices, culinary herbs and condiments

121.

US EAS 98:2022, Curry powder — Specification (3rd Edition)

Scope:

This Uganda Standard specifies the requirements, sampling and test
methods for curry powder which is used as a flavouring material
in the preparation of food. (This standard cancels and replaces thesecond edition, US EAS 98:2019, Curry powder — Specification).

122.

US EAS 1076:2022, Cinnamon (Cinnamomum zeylanicum
Blume) — Specification

Scope:

This Uganda Standard specifies the requirements, sampling and test
methods for whole or ground (powdered) cinnamon which is thebark of the tree or shrub Cinnamomum zeylanicum Blume intended
for human consumption. (This standard cancels and replaces US
ISO 6539:2014, Cinnamon (Cinnamomum zeylanicum Blume) —Specification (2nd edition)).

123.

US EAS 1077:2022, Coriander (Coriandrum sativum L.), wholeor ground (powdered) — Specification

Scope:

This Uganda Standard specifies requirements, sampling and test
methods for coriander seed (Coriandrum sativum L.), in the wholeand ground (powdered) forms intended for human consumption.

124.

US EAS 1078:2022, Cumin (Cuminum cyminum L.) —Specification

Scope: This Uganda Standard specifies requirements, sampling and test
methods for whole and ground cumin (Cuminum cyminum L.)
intended for human consumption.
125.

US EAS 1079:2022, Mustard seed — Specification

Scope:

This Uganda Standard specifies requirements, sampling and test
methods for seeds of white mustard (Sinapis alba or Brassica
hirta), brown and yellow mustard (Brassica juncea) or black
mustard (Brassica nigra). [This standard cancels and replaces US
ISO 1237:1981, Mustard seed — Specification].

31

D.5

Fish and fishery products

126.

US EAS 827:2022, Fresh and frozen whole fin fish —Specification (2nd Edition)

Scope:

This Uganda Standard specifies requirements, sampling and test
methods for fresh and frozen whole fin fish for human consumption.
(This standard cancels and replaces the first edition, US EAS
827:2015, Fresh and frozen whole fin fish – Specification).

127.

US EAS 830:2022, Frozen fish sticks (fish fingers), fish portions
and fish fillets – breaded or in batter — Specification (2nd
Edition)Scope:

This Uganda Standard specifies requirements, sampling and test
methods for frozen fish sticks (fish fingers), fish portions and fish
fillets, breaded or in batter, intended for human consumption. (Thisstandard cancels and replaces the first edition, US EAS 830:2016,
Frozen fish sticks (fish fingers), fish portions and fish fillets –breaded or in batter — Specification).

128.

US EAS 831:2022, Frozen fish fillets — Specification (2nd
Edition)Scope:

This Uganda Standard specifies requirements, sampling and test
methods for frozen fish fillets intended for human consumption.
(This standard cancels and replaces the first edition, US EAS
831:2015, Frozen fish fillets – Specification).

D.6

Live animals, meat and meat products

129.

US EAS 84-2:2022, Meat grades and meat cuts — Specification— Part 2: Ovine

Scope:

This Uganda Standard specifies grading of lamb and mutton
requirements, sampling and test methods for lamb and mutton
carcasses and cuts meant for human consumption. (This standard
cancels and replaces US 2122:2020, Ovine (lamb) meat cuts andcarcasses — Specification).

130.

US EAS 84-3:2022, Meat grades and meat cuts — Specification— Part 3: Pork

Scope:

This Uganda Standard specifies grading of pork, requirements,
sampling and test methods for pork carcasses and cuts meant

32

for human consumption. (This standard cancels and replaces
US 1699:2017, Porcine (pig) meat — Carcasses and cuts —Specification).
131.

US EAS 1063:2022, Dried meat — Specification

Scope:

This Uganda Standard specifies requirements, sampling and test
methods for dried meat intended for human consumption. (Thisstandard cancels and replaces US 1930:2019, Dried meat —Specification).

D.7

Tobacco and related products132.

US 841:2022, Tobacco and related products-Packing andlabelling of tobacco products (2nd Edition)

Scope

This Uganda Standard specifies guidelines for packaging andlabelling tobacco products. It applies to the message content;
language and design requirements for location, size and colour.
((This standard cancels and replaces the first edition US 841:2009,
Requirements for packaging and labelling of tobacco products).

133.

US EAS 110:2022, Cigarettes — Specification

Scope:

This Uganda Standard specifies the requirements, sampling andtest methods for cigarettes. This standard does not apply to flavour
and aroma of cigarettes. (This standard cancels and replaces US
313:2006/ Amd 1:2006 Cigarettes - Specification).

D.8

Coffee, tea, cocoa and related products134.

US 980:2022, Herbal tea — Specification (2nd Edition)

Scope:

This Uganda Standard specifies the requirements, sampling andtest methods for herbal tea. (This standard cancels and replaces
the first edition, US 980:2013, Herbal tea — Specification).

HON. FRANCIS MWEBESA
Minister of Trade, Industry and Cooperatives
33