Products in Other Adhesives & Sealants Applications: Surface Modifier

MICROSERE® 5909A is a high-melt, microcrystalline wax that is used in a variety of applications including; plastics, adhesives, candles, cosmetics, food coatings, inks, lubricants, personal care, polish, and textiles.

MICROSERE® 5715A is a high quality microcrystalline wax ideally suited for laminating applications in foodstuffs and general purpose packaging. Laminates produced show excellent initial seal strength, good resistance to aging and are resistant to strike through at high ambient temperatures.

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.

Fischer-Tropsch wax (Congealing point 60 °C)

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.

TRECORA POLYETHYLENE WAX – CHU610 is a High Density Polyethylene Wax. It is used in applications where a higher viscosity is desirable. Compared to other low density polyethylene waxes, the viscosity of Trecor CHU610 is still relatively low.

Fischer Tropsch wax

Microcrystalline waxes are elastic and often "sticky" or "tacky". This is because of the high proportion of multi-branched hydrocarbon chains (iso-paraffins) as opposed to straight-branched chains (normals). While normal paraffins form large crystals, iso-normal paraffins form micro-crystals. These small crystals give an amorphous structure to the product making our Indramic products very flexible in contrast to the brittle nature of normal paraffins.

Microcrystalline waxes are elastic and often "sticky" or "tacky". This is because of the high proportion of multi-branched hydrocarbon chains (iso-paraffins) as opposed to straight-branched chains (normals). While normal paraffins form large crystals, iso-normal paraffins form micro-crystals. These small crystals give an amorphous structure to the product making our Indramic products very flexible in contrast to the brittle nature of normal paraffins.

Microcrystalline waxes are elastic and often "sticky" or "tacky". This is because of the high proportion of multi-branched hydrocarbon chains (iso-paraffins) as opposed to straight-branched chains (normals). While normal paraffins form large crystals, iso-normal paraffins form micro-crystals. These small crystals give an amorphous structure to the product making our Indramic products very flexible in contrast to the brittle nature of normal 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.

Water-borne emulsion of polyethylene wax DEUREX® E 11 K

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.

Wax granules and powders

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.

Microcrystalline waxes are elastic and often "sticky" or "tacky". This is because of the high proportion of multi-branched hydrocarbon chains (iso-paraffins) as opposed to straight-branched chains (normals). While normal paraffins form large crystals, iso-normal paraffins form micro-crystals. These small crystals give an amorphous structure to the product making our Indramic products very flexible in contrast to the brittle nature of normal paraffins.

Microcrystalline waxes are elastic and often "sticky" or "tacky". This is because of the high proportion of multi-branched hydrocarbon chains (iso-paraffins) as opposed to straight-branched chains (normals). While normal paraffins form large crystals, iso-normal paraffins form micro-crystals. These small crystals give an amorphous structure to the product making our Indramic products very flexible in contrast to the brittle nature of normal paraffins.

Water-borne emulsion of polar oxidized HDPE DEUREX® EO 45

Microcrystalline waxes are elastic and often "sticky" or "tacky". This is because of the high proportion of multi-branched hydrocarbon chains (iso-paraffins) as opposed to straight-branched chains (normals). While normal paraffins form large crystals, iso-normal paraffins form micro-crystals. These small crystals give an amorphous structure to the product making our Indramic products very flexible in contrast to the brittle nature of normal paraffins.

Fischer-Tropsch wax

Microcrystalline waxes are elastic and often "sticky" or "tacky". This is because of the high proportion of multi-branched hydrocarbon chains (iso-paraffins) as opposed to straight-branched chains (normals). While normal paraffins form large crystals, iso-normal paraffins form micro-crystals. These small crystals give an amorphous structure to the product making our Indramic products very flexible in contrast to the brittle nature of normal paraffins.

Microcrystalline waxes are elastic and often "sticky" or "tacky". This is because of the high proportion of multi-branched hydrocarbon chains (iso-paraffins) as opposed to straight-branched chains (normals). While normal paraffins form large crystals, iso-normal paraffins form micro-crystals. These small crystals give an amorphous structure to the product making our Indramic products very flexible in contrast to the brittle nature of normal 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.

Micronized Fischer-Tropsch wax

Fischer Tropsch wax (Congealing point 70 °C)

Fischer Tropsch wax