The improvement of the fabrics used in theprofessional market through research on consumer
need and engineering parameters. The applicationof TRIZ methodology in textile under the pilot plant
production of SENAI CETIQT – Technology Center ofChemical and Textile Industry in Rio de Janeiro
Components:
Sérgio Baltar Fandino - UEZO/SENAI CETIQTLuiz Rodrigue Junior - SENAI CETIQTRodrigo Ribeiro Maciel - SENAI CETIQT• SENAI CETIQT - Technology Center of Chemical andTextile Industry - this base unit have acted as theprincipal Human Resources Trainer Center for
National Textile Chain and one of the foremost inthe world, with complete models base, is possible
reproduce the industry environment, beyond themodels base of production, an integrated networkof laboratories and an area of ​Innovation, Researchand Studies, focusing on anthropometry, andConsumption Behavior, Color, Design, Creative
Economy, Technological Forecasting and marketing,
Sustainability and Social and Environmentalresponsibility.

Methodofinventivekk

Was used an approach by Altran*,following
1. Define the specificproblem
2. Identify the genericproblem
3. Get solutions to thegeneral problem
4. Get specific solutions*www.altran.com.brprinciples
which suggests thesequence:

1–

DefinetheWhat are the needs
Mobility and Temperatureofspecificproblembrazilian

consumer?

Mobility – during theperformance
ofworkrequiring the use of specificgarments, it is necessarythattheuserfeel
comfortableandkeep
minimalmovementfunctions.

1–

DefinetheWhat are the needs
Mobility and Temperatureofspecificproblembrazilian

consumer?

Temperature – most of theyear the Brazilian consumer
works in high temperature
conditions,andneedgarments that minimize theimpact of heat.

2-Identify

thegenericproblem

Normal Climatological the southeastern region of Brazil
1961-1990

30.0
29.0
28.0
27.0
26.0
25.0
24.0
23.0
22.0

Jan Feb Mar Apr May JunTemperature (ºC)

JulAug Sep Oct Nov Dec

2–Identify

thegenericproblem• Current tissue composition and characteristics

The typical range of the weight of the fabrics forprotective clothing ranges currently found on the market
an average of 170g / m² to 330g / m² and 220g / m² and250g / m² the most common values​​.
Plain Wave External Layer: 93% metaaramid, 5% para- aramid, 2% carbon;
Net Barrier: PU –Polyurethane;
Termal barrier whith lining: 100% fibras
flame retardant fibers.

3 – Get solutions to the general problems• In this study it was possible
to detect does not only theunion of the tissue is a
critical point, but also thetype of material. In SenaiCetiqt the manufacture oftextile materials, withtechniquesdeveloped
within its own base model
is performed. Every newprojectisdeveloped
properlytested
andrecorded by professionals.

4–Getspecificsolutions• Nomex - is a registered trademark for flame-resistantmeta-aramid material developed in the early 1960s
by DuPont and first marketed in 1967.
Nomex and related aramid polymers are related tonylon, but have aromatic backbones, and hence are
more rigid and more durable. Nomex is the premier
example of a meta variant of the aramids (Kevlar isa para aramid). Unlike Kevlar, Nomex cannot alignduring filament formation and has poorer strength.
However, it has excellent thermal, chemical, andradiation resistance for a polymer material.

4–GetInfant DuPont™ Nomex ®- 2 pockets http://www.balaska.com.brspecificsolutions

InfantDuPont™
Nomex
http://jornaldoautodromoalbum7.blo
gspot.com.br/2012_02_01_archive.ht
mlBibliographic reference:• DuPont, available in:www.dupont.com• Altran Technologies SA, available in:www.altran.com.br• Lakeland Brasil SA, available in:www.qualytextil.com.br