Products in Hydrocarbons & Waxes: Adhesives

P.A.T Sucrose Benzoate is a product recognized for its excellent UV stability, clarity, lack of color, and low solution viscosity. It yields films with outstanding depth or fullness of gloss and demonstrates a broad range of compatibility with numerous resin systems. This compound is thermally stable and resistant to hydrolysis under weakly acidic or alkaline conditions. Notably, sucrose benzoate holds FDA approval as a component in food packaging adhesives.

Gateway Food Products Company Nature Wax C-3 is an all-natural soy wax blend that is highly regarded for its exceptional jar adhesion, resulting in minimal wet spots. It also exhibits minimal frosting and provides an excellent scent throw when used in container candles. The wax is specifically formulated for a single pour, ensuring a smooth, re-congealed burn pool. It is designed to be used specifically in container candles.

BW-436 is a white, fully refined paraffin wax with a 150°F melt point.

BW-410 is a white, hard fully refined paraffin wax with a 145°F melt point.

This product is a white, fully refined paraffin wax with a 130°F melt point.

BW-439 is a white, fully refined paraffin wax with a 160°F melt point.

BW-430white microcrystalline wax is soft, flexible, and has a 160°F melt point.

BW-433 is a white, soft, fully refined paraffin wax with a 120°F melt point.

BW-408 white microcrystalline wax is soft and tacky with a 145°F melt point.

Mosselman Paraffin Wax 52-54 is a solid mixture of hydrocarbons obtained from petroleum characterized by relatively large crystals.

BW-422 product is a white, fully refined paraffin wax with a 140°F melt point.

Hydrogenated Castor Oil 190 is used in lubricating greases with a lithium or calcium base, hot melt coatings and adhesives, plasticizers, insulation waxes, paste waxes, and wax compounds, Compounds, cosmetics, candles, textile chemicals and sizes, metallic soaps, paper coatings and chemical reactions.

This product is a hard, white, fully refined paraffin wax with a 135°F melt point.

BW-431 white microcrystalline wax is hard, brittle, and has a 180°F melt point.

BW-429 yellow microcrystalline wax is soft, flexible, and has a 165°F melt point.

IRM Synthetic waxes are produced by the Fischer-Tropsch process. This process converts natural gas, coal or other carbon rich stock into long chain paraffins. Fischer-Tropsch waxes are very hard, high melting, and white products, free of any aromatic impurities. They consist mainly of saturated, long straight-chain hydrocarbons with only a small number of iso-alkanes (methyl branches). Their high linearity and sharp carbon distribution produce a narrow melt range, making these waxes highly versatile for wax formulation. The oil content of synthetic waxes is very low and consists mainly of short-chain paraffins.

IRM Synthetic waxes are produced by the Fischer-Tropsch process. This process converts natural gas, coal or other carbon rich stock into long chain paraffins. Fischer-Tropsch waxes are very hard, high melting, and white products, free of any aromatic impurities. They consist mainly of saturated, long straight-chain hydrocarbons with only a small number of iso-alkanes (methyl branches). Their high linearity and sharp carbon distribution produce a narrow melt range, making these waxes highly versatile for wax formulation. The oil content of synthetic waxes is very low and consists mainly of short-chain paraffins.

CERALENE® 1X is a low density polyethylene wax with a typical average molecular weight of 1200 MW.

IRM Synthetic waxes are produced by the Fischer-Tropsch process. This process converts natural gas, coal or other carbon rich stock into long chain paraffins. Fischer-Tropsch waxes are very hard, high melting, and white products, free of any aromatic impurities. They consist mainly of saturated, long straight-chain hydrocarbons with only a small number of iso-alkanes (methyl branches). Their high linearity and sharp carbon distribution produce a narrow melt range, making these waxes highly versatile for wax formulation. The oil content of synthetic waxes is very low and consists mainly of short-chain paraffins.

IRM Synthetic waxes are produced by the Fischer-Tropsch process. This process converts natural gas, coal or other carbon rich stock into long chain paraffins. Fischer-Tropsch waxes are very hard, high melting, and white products, free of any aromatic impurities. They consist mainly of saturated, long straight-chain hydrocarbons with only a small number of iso-alkanes (methyl branches). Their high linearity and sharp carbon distribution produce a narrow melt range, making these waxes highly versatile for wax formulation. The oil content of synthetic waxes is very low and consists mainly of short-chain paraffins.

IRM Synthetic waxes are produced by the Fischer-Tropsch process. This process converts natural gas, coal or other carbon rich stock into long chain paraffins. Fischer-Tropsch waxes are very hard, high melting, and white products, free of any aromatic impurities. They consist mainly of saturated, long straight-chain hydrocarbons with only a small number of iso-alkanes (methyl branches). Their high linearity and sharp carbon distribution produce a narrow melt range, making these waxes highly versatile for wax formulation. The oil content of synthetic waxes is very low and consists mainly of short-chain paraffins.

IRM Synthetic waxes are produced by the Fischer-Tropsch process. This process converts natural gas, coal or other carbon rich stock into long chain paraffins. Fischer-Tropsch waxes are very hard, high melting, and white products, free of any aromatic impurities. They consist mainly of saturated, long straight-chain hydrocarbons with only a small number of iso-alkanes (methyl branches). Their high linearity and sharp carbon distribution produce a narrow melt range, making these waxes highly versatile for wax formulation. The oil content of synthetic waxes is very low and consists mainly of short-chain paraffins.

IRM Synthetic waxes are produced by the Fischer-Tropsch process. This process converts natural gas, coal or other carbon rich stock into long chain paraffins. Fischer-Tropsch waxes are very hard, high melting, and white products, free of any aromatic impurities. They consist mainly of saturated, long straight-chain hydrocarbons with only a small number of iso-alkanes (methyl branches). Their high linearity and sharp carbon distribution produce a narrow melt range, making these waxes highly versatile for wax formulation. The oil content of synthetic waxes is very low and consists mainly of short-chain paraffins.

IRM Synthetic waxes are produced by the Fischer-Tropsch process. This process converts natural gas, coal or other carbon rich stock into long chain paraffins. Fischer-Tropsch waxes are very hard, high melting, and white products, free of any aromatic impurities. They consist mainly of saturated, long straight-chain hydrocarbons with only a small number of iso-alkanes (methyl branches). Their high linearity and sharp carbon distribution produce a narrow melt range, making these waxes highly versatile for wax formulation. The oil content of synthetic waxes is very low and consists mainly of short-chain paraffins.

IRM Synthetic waxes are produced by the Fischer-Tropsch process. This process converts natural gas, coal or other carbon rich stock into long chain paraffins. Fischer-Tropsch waxes are very hard, high melting, and white products, free of any aromatic impurities. They consist mainly of saturated, long straight-chain hydrocarbons with only a small number of iso-alkanes (methyl branches). Their high linearity and sharp carbon distribution produce a narrow melt range, making these waxes highly versatile for wax formulation. The oil content of synthetic waxes is very low and consists mainly of short-chain paraffins.