We are a trusted name in manufacturing additives for rubber latex foam/sheet (natural or synthetic). We provide product grades as L - 90, L - 120, L - 200 for Rubber Latex Foam/Sheet application. These grades can be expanded from 90 cc to 200 cc per gram. Our flame retardant products easily pass the BS: 5852, DIN 4102 and FM-302 & ISI standards and all other standards for flammability.

We have product grades for the additives for polyurethane foam (flexible/rigid) as FPU - 90, PU - 200 for Polyurethane Foam (Flexible/Rigid) application. These grades have expansion from 90 cc to 200 cc per gram. Our flame retardant products pass the BS: 5852, DIN 4102 and FM-302 & ISI standards. The additive easily passes the other standards for flammability.

The additive for polystyrene foam is easily compatible with Polystyrene for efficient manufacturing. Our flame retardant products pass all international Flame Retardant Tests.
This additive is used in the following applications:

• Packing industry
• Defense products and all other Polystyrene Foam products
• Packaging material for making packing of explosive products.

Our concern is actively producing additives specifically for PVC/PC/PP/PE/LLDPE/EVA application. These additives are facilitated with product grades such as EAT - 220, EAT - 220 HE, FF - 80. These grades can be expanded from 55 cc to 100 cc per gram. These additives are used for manufacturing Flame Retardant products like:

• Electric switches
• Electric/Electronic Panel
• Electric/Electronic instruments
• Plastic products and all other polymer based products

Our flame retardant products certainly pass all international flame retardant tests such as, UL - 94 test with V-0 rating.

Our Additives for Carpet Back Lining are provided in product grades such as L - 90, L - 120. These grades have expansion range from 90 cc to 120 cc per gram. Our additives are used for manufacturing Flame Retardant products such as Industrial mats/Carpets, Domestic & Commercial Carpets/Mats. These retardant products pass all international Flame Retardant Tests:

We are a prominent name in manufacturing specific activation temperature grades for addition in Bitumen Roof Sealing application. Our additive is compatible with bitumen. This additive can be easily mixed with Bitumen. Further it gives excellent Flame Retardant & other end properties to Bitumen Roof Sealing. We have product grades for this product which is such as BR - 108. These grades can be expanded up to 250 cc per gram. Our flame retardant products pass all international Flame Retardant Tests.

Our additive for venetian blinds and curtains is highly recommended product in the industry. It has an anti-dripping property which prevents the base material from dripping during burning. These additives have a shelf life which is more than the base material, so these additives do not deteriorate the flame retardant property. Our flame retardant products easily pass all international tests of flame retardants. Following some of its other features:

• Eco-Friendly
• Cost-efficient
• Non toxic
• Single Non-Halogenated

Our this kind of additive is well-matched with base material of door & wall sealants. This additive has been accepted all over the world. We have maintained certain product grades such as 2002 which can be easily expanded up to 140 cc per gram.

Our additives for graphite sheet are highly inert, non toxic in nature. These also have good compressibility and resilience. And further, these additives have high melting points so it can be used in gaskets and seals for:

• Petrochemicals


• Chemical process pumps


• High temperature thermal fluid boilers

The insulating compounds are actually used for covering the casting risers to confine shrinkage cavities to safe level in riser. The hot topping compounds is added on the surface of liquid metal and then it burns immediately. Later on it forms an insulating and porous crust and therefore heat loss due to radiation is minimized. The powder spreads evenly on the liquid surface. The crust so formed is powdery in nature and the fumes are very low. It requires less powder as it has good expanding properties. This actually helps to maintain the metal in liquid state for longer time so that feeding to the casting is more efficient.

The temperature required for liquid steel in the riser is maintained very well. The rate of cooling of liquid metal in the riser is longer due to high insulation properties of the insulating compounds. In precise, the insulating compounds keep metal more hot in riser area for a long time for efficient feeding so as to eliminate casting rejection due to shrinkage, porosity, piping etc. and casting produced are sound and pressure tight. Following are its advantages:

Advantages :

• Easy in addition.
• Efficient feeding.
• Insulating Compounds do not introduce any impurities in the riser metal.
• Riser heads can be easily and safely remelted.
• Rejection due to shrinkage cavities totally avoided.
• Cost effective
• No obnoxious fumes

Our anti piping compounds are added on the surface of liquid metal. Then it burns immediately and later forms an insulating and porous crust therefore heat loss due to radiation is easily minimized. The powder spreads evenly on the liquid surface. The crust so formed is powdery in appearance. Its fumes are very low. It requires less powder as it has good expanding properties. This helps to sustain the metal in liquid state for longer time. The temperature of liquid steel in the riser is maintained properly. The rate of cooling of liquid metal in the riser is prolonged due to high insulation properties of the insulating compounds. This helps in keeping the constant rate of cooling which finally helps to avoid pipe formation in moulding In brief, insulating compounds keep metal more hot in riser area for a long time for efficient feeding so that casting rejection can be avoided due to shrinkage, porosity, piping etc. And casting so produced are sound and pressure tight. Advantages :

• Easy addition.
• Better and efficient feeding.
• Insulating Compounds do not introduce any impurities in the riser metal.
• Riser heads can be safely emelted.
• Rejection due to shrinkage cavities totally avoided.
• Economical
• No obnoxious fumes

The insulating compounds are used as covering for the casting risers so as to increase the feeding efficiency of the riser And also at the same time confine the shrinkage cavities to safe level in riser. When nozzle starting compounds are added on the surface of liquid metal, this helps to keep the metal in liquid state for longer time so that feeding to the casting is more efficient. The temperature of liquid steel in the riser is maintained properly. The insulating compounds keep metal more hot in riser area for a long time for efficient feeding. It is done so as to avoid casting rejection due to shrinkage, porosity, piping etc. and casting produced are sound and pressure tight.

Advantages :

• Easy addition.
• Better and efficient feeding.
• Insulating Compounds do not introduce any impurities in the riser metal.
• Riser heads can be safely remelted.
• Rejection due to shrinkage cavities totally avoided.
• Cost efficient
• No obnoxious fumes.