Soft Foam
These are polyether based polyurethane foams, made with extra softness for specific comfort applications.
Grades & Specifications
Grade
Nominal Density
(kg/m3)
Hardness 'N'
(at 50% compression)
Resilience
Applicable
Standards
Typical Uses
515 Soft
15+1
118 - 135
40% min.
IS-7888
ASTMD: 3574
Quilting and Mattress
Overlays
521 Soft
21+1
118 - 135
40% min.
IS-7888
ASTMD: 3574
Pillows, Mattress Overlays,
Quilting
530 Soft
30+1
125 - 165
40% min.
IS-7888
ASTMD: 3574
Sofa Seat Cushions,
Arm and Back Rest.
Major Applications
Pillows
Quilting
Top lining in sofas, Mattress overlays etc.
Hard Foam
These are polyether based polyurethane foams with an increased hardness range, ideal for application in areas where additional support is required. The foam can be die-cut, milled and laminated with otherfabrics. >> Read More
Hard Foam
These are polyether based polyurethane foams with an increased hardness range, ideal for application in areas where additional support is required. The foam can be die-cut, milled and laminated with otherfabrics.
Grades & Specifications
Grade
Nominal Density
(kg/m3)
Hardness 'N'
(at 35% compression)
Applicable
Standards
Typical Uses
523 Hard
23+1
735 - 800
IS-7888
ASTMD: 3574
Laminated Fabric for
Shoe Industry, Shoe Shiner
560 Hard
60+3
735 - 800
IS-7888
ASTMD: 3574
Laminated Fabric for
Shoe Industry
536 Hard
36+2
At 16% compression
900 - 950
IS-7888
ASTMD: 3574
For Sunvisors in Auto
Industry
Major Applications
Mid-sole of shoes
Shoe uppers
Automobiles parts etc.
Polyester Foam
Unlike Polyether Foams, Polyester Foams of same density have different characteristics. They have a regular and fine cell structure, higher mechanical strength and are not affected by organic solvents and petroleum products. These foams can be die-cut, bored, milled, glued or flame-laminated. >> Read More
General Purpose, Industrial
Application, Vibration
Dampening
PY 535
35+2
170 min.
75+10
ISO:845
ISO:3386
ISO:7888
Industrial Washers, Gaskets,
Protective Packaging
Major Applications
Sound absorption
Flame lamination
Padding
Sealing
Thermal insulation packaging etc.
Flame Retardant Foam
These foams are made with additives that not only slow down the fire but also get it self-extinguished. These foams are available in polyether as well as polyester based. hey are designed to meet specific applications where the fire retardant property of the foam is of utmost importance. They can be profiled , milled , felted , laminated etc. >> Read More
Flame Retardant Foam
These foams are made with additives that not only slow down the fire but also get it self-extinguished. These foams are available in polyether as well as polyester based. They are designed to meet specific applications where the fire retardant property of the foam is of utmost importance. They can be profiled , milled , felted , laminated etc.
Grades & Specifications
Grade
Nominal Density
(kg/m3)
Hardness 'N'
(at 50% compression)
Resilience
Applicable
Standards
Typical Uses
Polyether Based Foam
523FR
23+1
180 - 220
28% min.
Meets flammability
requirement of IS-7888,
MVSS-302
Automobile Seat Covers, Mattress
528FR
28+1
162 - 200
40% min.
Meets flammability
requirement of IS-7888,
MVSS-302
Furniture Cushioning, Transport Seating
532FR UL
32+2
260 - 300
42% min.
Meets flammability
requirement of IS-7888,
BS-5852 (Crib-5)
California, Test Bulletin
117, UL-94 MVSS-302
Automotive Applications, Transport Seating Acoustic Application, Mattress, Thermal Insulation of wires Harness In Automobiles
535FR
35+2
110 - 150
50% min.
Meets flammability
requirement of IS-7888,
MVSS-302
Heavy duty Seating Mattress
550FR
50+2
340 - 400
44% min.
Meets flammability
requirement of IS-7888,
MVSS-302
NES-713, CA-117,
NCD-1407
Specific Upholstery Seat for Naval Ships, Heavy Duty Seating Mattresses
Polyester Based Foam
PY528FR
28+2
140 min
70+10
Meets flammability requirement of IS-7888, MVSS-302
Acoustic Applicatins, Flame Lamination
PY532FR
32+2
140 min
70+10
Meets flammability requirement of IS-7888, MVSS-302
Acoustic Applicatins, Flame Lamination
Major Applications
Furniture Cushioning
Mattress
Lamination for automobile, transport industry etc.
High Resilience Foam
These foams have a resilience of greater than 45%, which indicates good recovery and ultimate comfort. This is the only foam in cushioning which has properties that are close to or are better than Natural Latex. High Resilience foam is used all over the world to create high quality bedding and furniture. >> Read More
High Resilience Foam
These foams have a resilience of greater than 45%, which indicates good recovery and ultimate comfort. This is the only foam in cushioning which has properties that are close to or are better than Natural Latex.
High Resilience foam is used all over the world to create high quality bedding and furniture.
Grades & Specifications
Grade
Nominal Density
(kg/m3)
Hardness 'N'
(at 40% compression)
Resilience
Applicable
Standards
Typical Uses
28HR
28+1
50 - 70
55% min.
IS-7888,
ASTMD:3574
Mattress Overlays
Bed Rest, Soft Bags
Furniture Cushioning
32HR
32+1
80 - 100
50% min.
IS-7888,
ASTMD:3574
Mattress Overlays
Bed Rest, Soft Bags
Furniture Cushioning
35HR
35+2
170 - 230
45% min.
IS-7888,
ASTMD:3574
Firm Seating
60HR
60+2
130 - 170
48% min.
IS-7888,
ASTMD:3574
Commercial Seating
Transport Seating
Mattresses
Major Applications
High Quality Bedding
Furniture
Slow Recovery Foam
Slow Recovery Foam has a ball rebound resilience value of less than 20%, as
compared to 35% of Conventional Foam. These foams have a unique soft feel.
Slow Recovery Foam also have good sound and vibration dampening properties. Slow Recovery Foam was initially developed by NASA for astronauts, to negate the effects of loss of gravity, while in space. >> Read More
Slow Recovery Foam
Slow Recovery Foam has a ball rebound resilience value of less than 20%, as
compared to 35% of Conventional Foam. These foams have a uniQiie soft feel.
Slow Recovery Foam also have good sound and vibration dampening properties.
Slow Recovery Foam was initially developed by NASA for astronauts, to negate the effects of loss of gravity, while in space.
Grades & Specifications
Grade
Nominal Density
(kg/m3)
Hardness 'N'
(at 40% compression)
Applicable
Standards
Typical Uses
48 LR
48+2
35-65
IS-7888
ASTMD:3574
Seat Cushion Overlay,
Bedding Overlay
58LRS
58+2
45-75
IS-7888
ASTMD:3574
Seat Cushion Overlay,
Bedding Overla
y
58 LR
58+2
65-95
IS-7888
ASTMD:3574
Seat Cushion Overlay,
Bedding Overlay
Major Applications
Mattress overlay
Medical mattress
UV Stable Foam
Most Polyurethane foams have a poor stability to light. the paling (or yellowing) of foam is due to oxidation which is caused by combined action of oxygen and light, especially UV light. UV Stable Foam has high stability to light, obtained by means of special additives. All our grades of foam can be made UV Stable based on requirement. >> Read More
UV Stable Foam
Most Polyurethane foams have a poor stability to light. the paling (or yellowing) of foam is due to oxidation which is caused by combined action of oxygen and light, especially UV light.
UV Stable Foam has high stability to light, obtained by means of special additives.
All our grades of foam can be made UV Stable based on requirement.
Evaluating Resistance To Light
Resistance to light is evaluated with a Weatherometer and is expressed in terms of the number of hours of exposure to the Xenon lamp that is necessary to reach a certain degradation or color fading. The number of hours may also be given by a blue scale index from 1 to 8. Our UV Stable foams present a high blue scale index and is also thermally stable.
Major Applications
•Decoration •Clothing •Sports shoe •Inner wears etc.
Reticulated Foam
These are available in Polyester & Polyether and have 100% open cells made by the thermal reticulation process. These foams are ideal for filtration and pre-filtration. Polyester based Reticulated Foams are stable with organic chemicals like petroleum products, oils etc. They can thus be used effectively to mop up and filter organic chemicals. >> Read More
Reticulated Foam
These are available in Polyester & Polyether and have 100% open cells made by the thermal reticulation process. These foams are ideal for filtration and pre-filtration. Polyester based Reticulated Foams are stable with organic chemicals like petroleum products, oils etc. They can thus be used effectively to mop up and filter organic chemicals.
Similarly, polyether based Reticulated Foams are not affected by water and are thus ideal for water filtration. These foams can be saw-cut, milled, glued and die-cut.
Grades & Specifications
Grade
Nominal Density
(kg/m3)
PPI (pores/inch)
Applicable Standards
Uses
Polyester Based Foam
528 R-20
28+1
28+8
IS-7888
ISO:3386
ISO-1798
Air & Liquid Filtration,
Speaker, Grills
528 R-30
28+1
30+5
IS-7888
ISO:3386
ISO-1798
Air & Liquid Filtration,
Speaker, Grills
528 R-45
28+1
45+10
IS-7888
ISO:3386
ISO-1798
Air Filtration and
Filtration of liquid
Petroleum Products
528 R-60
28+1
60+10
IS-7888
ISO:3386
ISO-1798
Air Filtration and
Filtration of liquid
Petroleum Products
528 R-80
28+1
80+10
IS-7888
ISO:3386
ISO-1798
Air Filtration and
Filtration of liquid
Petroleum Products
528 R-90
28+1
90+10
IS-7888
ISO:3386
ISO-1798
Air Filtration and
Filtration of liquid
Petroleum Products
Polyether Based Foam
520 R-11
20+1
11+4
IS-7888
ISO:3386
ISO-1798
Water Filtration
520 R-20
20+1
20+5
IS-7888
ISO:3386
ISO-1798
Water Filtration
520 R-30
20+1
30+5
IS-7888
ISO:3386
ISO-1798
Water Filtration
520 R-40
20+1
40+10
IS-7888
ISO:3386
ISO-1798
Water Filtration
Major Applications
Filtration and pre-filtration of air in automotive industry
Impregnated Foam
These Foams are made after impregnating the foam with special additives.
This is done to impart desired properties of fire retardancy and sound
absorption to the foam. The foam has a better sound absorption
characteristic than traditional polyurethane foams and can be easily glued
to other material such as non-woven fabric, glass fiber, and polyethylene
film by means of glue.
It can be milled, felted and laminated with other materials. >> Read More
Impregnated Foam
These Foams are made after impregnating the foam with special additives.
This is done to impart desired properties of fire retardancy and sound
absorption to the foam. The foam has a better sound absorption
characteristic than traditional polyurethane foams and can be easily glued
to other material such as non-woven fabric, glass fiber, and polyethylene
film by means of glue.
It can be milled, felted and laminated with other materials.
Grades & Specifications
Grade
Nominal Density
(kg/m3)
Hardness 'N'
(at 40% compression)
Applicable Standards
Typical Uses
60IMPR
(made after post
treatment
of flexible
PU foam with FR,
particulate filler
and a polymeric
bonding agent)
60+5
150-200
Confirms to Flame
retardancy of
BS-476, Part 6 / 7,
Class
0
Automobiles, Acoustic
Insulation of Building Walls,
Sandwiched Panel etc.
Is available in standard
thicknesses of 25mm in
sheet size of 1 x2 M
Major Applications
For sound absorption in theaters, public rooms, electronic data processing industries, automotive engine testing rooms, aeronautical and transport industry.
Antistatic Foam
Antistatic Foams assure adequate electrostatic discharge protection by making the foam electrically conductive. It is made of soft Antistatic Polyether, which offers maximum protection against shocks and vibration. It does not accumulate electrical charge to a high electrical potential, instead allows dissipation of generated charges. >> Read More
Antistatic Foam Antistatic Foams assure adequate electrostatic discharge protection by making the foam electrically conductive. It is made of soft Antistatic Polyether, which offers maximum protection against shocks and vibration. It does not accumulate electrical charge to a high electrical potential, instead allows dissipation of generated charges.
These foams can be die-cut so that foam surface fits perfectly around the item, to be packed and transported.
Grades & Specifications
Grade
Nominal Density
(kg/m3)
Hardness 'N'
(at 25% compression)
Volume resistivity (ohm-m3)
Surface resistivity (ohm-m2)
Applicable Standards
STAT 523
23+1
80 - 120
< 5 x 1012
< 1 x 1012
ISO:845
ISO:2439B
ASTMD:257
STAT 528
28+1
90 - 130
< 5 x 1012
< 1.5 x 1012
ISO:845
ISO:2439B
ASTMD:257
Major Applications
Packaging and transportation of light items such as printed circuit boards, semi conductors, electronic goods, cameras etc.
