Talks about the main segment of technical textiles that is protective textiles. detailed information about the types material and fibres used, uses and more
to overcome the problem of easily fire catching to fabrics
it will reduce the wealth loss and causing material saving as well as it will cause healthy environment without sudden damage due to fire
chemicals treated are chlorine bromine , and also the bad effects of flame retardants
Talks about the main segment of technical textiles that is protective textiles. detailed information about the types material and fibres used, uses and more
to overcome the problem of easily fire catching to fabrics
it will reduce the wealth loss and causing material saving as well as it will cause healthy environment without sudden damage due to fire
chemicals treated are chlorine bromine , and also the bad effects of flame retardants
presented " Textiles in Automobiles" in Faculty Development program organized by Department of Textile Engineering, Kumaraguru College of Technology Coimbatore on 25-11-2015.
Military Textiles
A textile material developed to fulfill the technical requirement of defense such as Camouflage, flameproof, ballistic cloths etc can be termed as military textiles. These are also called as defence Textile.
Presentation on military textiles (Protective textiles)Md. Sirajul Islam
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The slides contains information about military textiles. The history of military textiles, what type of fabric is used to make military textiles and the design, applications.
presented " Textiles in Automobiles" in Faculty Development program organized by Department of Textile Engineering, Kumaraguru College of Technology Coimbatore on 25-11-2015.
Military Textiles
A textile material developed to fulfill the technical requirement of defense such as Camouflage, flameproof, ballistic cloths etc can be termed as military textiles. These are also called as defence Textile.
Presentation on military textiles (Protective textiles)Md. Sirajul Islam
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The slides contains information about military textiles. The history of military textiles, what type of fabric is used to make military textiles and the design, applications.
Industrial Protech is an ensemble of textile products & related material designed to protect the wearer from
Extreme Climatic Conditions
Acid environment
Bullet impact
Molten metal impacts & Metal sparks
Electric arc discharge
Burns
ProGARM offer clothing which give the ultimate protection from the risks and hazards in which wearers have to work.
ProGARM have developed a reputation for supplying Flame Resistant, Anti-Static, High Visibility and Arc Flash garments.
Each item of ProGARM protective clothing is a result of extensive in-house developments, carefully considering every detail of the garments - from the super soft VXS+ fabric which offers comfort previously unheard of in Flame Resistant fabrics to the zippers, the reflective tapes and the threads used.
ProGARM garments give consistent, reliable protection day-in and day-out.
ProGARM VXS+ HVY 250W Inherent Fabric Benefits:
Inherent Protection – Fabric does not depend on chemical treatments and the flame resistant properties last the lifetime of the fabric
Instant Extinguishing Properties – Ultimate protection against flame hazards
Great Comfort – Breathable, soft to wear, fantastic touch
Highly Durable – Colour fast with less than 3% washing shrinkage
properties and application of technical textile fibersShahriar Shovon
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Technical fiber or High functional fibers
High functional fibers are those, which have high technical properties based on the end uses. The properties are high tensile strength, high modulus, good chemical resistance, high dimensional stability, low thermal resistance.
Have a look at the Teijin Aramid corporate brochure. To find out more about Teijin Aramid, Twaron, Technora, Teijinconex and Sulfron, please have a look at:
www.teijinaramid.com
www.twitter.com/TeijinAramid
www.facebook.com/TeijinaramidBV
www.youtube.com/user/TeijinAramidNL
Shree Fire Pack Safety Is the Brand in the industry of industrial safety products manufactures. people who are looking fire safety products for more information please visit our websites:-http://www.shreefirepacksafety.com or call us at :-9099060171
The design, manufacture and applications of fibre composites in space and aerospace has become one of the most predominant aspects in present-day textiles.
The applications of fibre composites in
space suits for launch and space walks
require zero defect performance.
They are made from PBI non-flammable
high performance fibres, which require
air purifying, cooling and pressurising
systems, so that the suit should be
thermal resistant and thermal insulated
3.  c
 Nowadays safety and protective textile have become
an integral part in one or other form. Safety and
protective textile refer to garment and other fabric
related items designed to protect the wearer from
harsh environmental effects that may result in injury or
death.
4.
5.  c
 Industrial textile is used to protect from one or more of following :-
 Extreme heat and fire .
 Harmful chemicals and gases .
 Bacterial environment .
 Electric hazards .
 Radiation .
10.  Pre Twentieth century
Normally heavy & uncomfortable uniform for wear.
Produced from natural fibers or heavy metal is used.
Uncomfortable for soldiers.
Twentieth Century
Light weight & durable,
many high performance
fibers came into usage.
12. • Earlier silk & metal was used.
• But now high Performance fibres are used like
• Kevlar - Polyphenylene terephthalamide, 5 times stronger
than steel. Properties like tensile strength at low
weight, low elongation at break, high modulus
high chemical resistance etc.
• Dyneema – polyethylene, 10-100 times stronger than steel. Properties like
very high strength to weight ratio & light enough to float on
water.
• Twaron - para-aramid, 5 times stronger than steel.
13. • Spectra - polyethylene fibers.10-100 times stronger than steel,
high strength.
• Spider silk – protein, 25 times stronger than steel
16. PROPERTY COMMENTS
Light weight and low bulk Items have to be carried by
individuals.
High durability and dimensional Must operate reliably in adverse
stability conditions
Good handle and drape comfortable
Low noise and antistatic No rustle and no sparks
17. PROPERTY COMMENTS
Water-repellent, water proof & wind For exterior materials exposed to
proof cold weather
Thermally insulating For cold climates
Water vapour permeable For clothing and personel
equipment
Rot-resistant For tents, covers, nets
UV resistant light Environment with sunlight
biodegradable If discarded or buried
18. PROPERTY COMMENTS
Visual spectrum Exposed materials match visual
colours
Ultra voilet In snow & ice regions
Near infrared To match reflectance of background
Far infrared To minimise heat emitted by
humans & equipment
Acoustic emissions Rustle noises detected by
microphones & sensors
19. -Under UV band:
Titanium dioxide pigment as a
coating
-Under visible band:
Khaki, brown, black and green
colours used for uniforms.
Light weight polyurethane or
acrylic coated nylon.
20. -Under visible band:
Khaki, brown, black and green colours
used for uniforms.
Light weight polyurethane or acrylic coated
nylon
21. TYPES COMMENTS
Ballistic fragments Bombs,grenades
Low & high velocity bullets Hand guns, pistols
Chemical & biological agents Blood agents, nerve agents, bacteria
22. PROPERTY COMMENTS
Easy care & min maintainance Non iron, smart
Long storage life & minimal cost War stock to be stored for 10-20 yrs
disposable Nuclear & chemical contamination
23. Causes for ballistic
casualties in general war
59%
19% 22%
fragments
bullets
other
24. Fabric layers in the Weave Requirements
armor • Plain balanced weave • Ballistic performance
• Energy dissipation and • More cross-over points • Comfortable clothing
reduction • Large surface area .
25.
26.
27. Ballistic material performance
Ballistic versus weight
resistance
material ballistic limit (m/s) weight (oz/sq.ft)
720 750 750
Blunt trauma Required degree 500
protection of protection
38
36
32
27
Comfort and ease Final weight of steel
1978
of movement uniform 1992
materials
of today
29. Casualty levels
80%
61%
40%
15%
no armor helmets are armor is armor and
worn worn helmet is
worn
30.  Gearing towards an integrated future
 The general aims of future systems are:
ï‚¡ Improve protection against natural and battlefield threats
ï‚¡ Maintain thermo-physiological comfort or survival in extreme conditions
ï‚¡ Improve compatibility between and within different clothing components
ï‚¡ Reduce weight and bulk of materials
ï‚¡ Integrate functionality so that fewer layers provide multi layer protection
ï‚¡ Reduce life cycle costs by making systems more effective, durable, and
recyclable and by buying few components in the system