Products

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.

Petrolatum is derived from high-viscosity, paraffin-based crude oils. Petrolatums contain minute (or micro), crystalline waxes. Oil is occluded within and between these small crystals. Petrolatum contains both paraffinic and olefinic hydrocarbons; the olefinic hydrocarbons. Olefinic hydrocarbons give petrolatum its "slippery" (oleaginous) character.

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.

Polyethylene Wax, also known as PE Wax, is an ultra low molecular weight polyethylene consisting of ethylene monomer chains. PE wax has a large variety of uses and applications. PE Wax is available from on-purpose production and as a byproduct of polyethylene production. This material is available in both HDPE and LDPE forms.As there are many grades and types available from IRM, please inquire so that one of our knowledgeable representatives can assist you in locating the correct grade that matches your requirements.

IRM's natural waxes, formulated using plant derived oils instead of petrochemicals, are commonly used in candle wax formulations. Our Indranat line of waxes can be mixed with paraffin and microcrystalline waxes to produce candle wax blends with varying melting points, textures, and burn time. Though hydrogenation soy oil is "transformed" into a solid which mimics the characteristics of beeswax. As a component of a wax blend, soy waxes impart characteristics such as lower melting point, higher malleability, and quicker burn times.

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's natural waxes, formulated using plant derived oils instead of petrochemicals, are commonly used in candle wax formulations. Our Indranat line of waxes can be mixed with paraffin and microcrystalline waxes to produce candle wax blends with varying melting points, textures, and burn time. Though hydrogenation soy oil is "transformed" into a solid which mimics the characteristics of beeswax. As a component of a wax blend, soy waxes impart characteristics such as lower melting point, higher malleability, and quicker burn times.

Polyethylene Wax, also known as PE Wax, is an ultra low molecular weight polyethylene consisting of ethylene monomer chains. PE wax has a large variety of uses and applications. PE Wax is available from on-purpose production and as a byproduct of polyethylene production. This material is available in both HDPE and LDPE forms.As there are many grades and types available from IRM, please inquire so that one of our knowledgeable representatives can assist you in locating the correct grade that matches your requirements.

Polyethylene Wax, also known as PE Wax, is an ultra low molecular weight polyethylene consisting of ethylene monomer chains. PE wax has a large variety of uses and applications. PE Wax is available from on-purpose production and as a byproduct of polyethylene production. This material is available in both HDPE and LDPE forms.As there are many grades and types available from IRM, please inquire so that one of our knowledgeable representatives can assist you in locating the correct grade that matches your requirements.

Polyethylene Wax, also known as PE Wax, is an ultra low molecular weight polyethylene consisting of ethylene monomer chains. PE wax has a large variety of uses and applications. PE Wax is available from on-purpose production and as a byproduct of polyethylene production. This material is available in both HDPE and LDPE forms.As there are many grades and types available from IRM, please inquire so that one of our knowledgeable representatives can assist you in locating the correct grade that matches your requirements.

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.

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's natural waxes, formulated using plant derived oils instead of petrochemicals, are commonly used in candle wax formulations. Our Indranat line of waxes can be mixed with paraffin and microcrystalline waxes to produce candle wax blends with varying melting points, textures, and burn time. Though hydrogenation soy oil is "transformed" into a solid which mimics the characteristics of beeswax. As a component of a wax blend, soy waxes impart characteristics such as lower melting point, higher malleability, and quicker burn times.

Petrolatum is derived from high-viscosity, paraffin-based crude oils. Petrolatums contain minute (or micro), crystalline waxes. Oil is occluded within and between these small crystals. Petrolatum contains both paraffinic and olefinic hydrocarbons; the olefinic hydrocarbons. Olefinic hydrocarbons give petrolatum its "slippery" (oleaginous) character.

Polyethylene Wax, also known as PE Wax, is an ultra low molecular weight polyethylene consisting of ethylene monomer chains. PE wax has a large variety of uses and applications. PE Wax is available from on-purpose production and as a byproduct of polyethylene production. This material is available in both HDPE and LDPE forms.As there are many grades and types available from IRM, please inquire so that one of our knowledgeable representatives can assist you in locating the correct grade that matches your requirements.

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's natural waxes, formulated using plant derived oils instead of petrochemicals, are commonly used in candle wax formulations. Our Indranat line of waxes can be mixed with paraffin and microcrystalline waxes to produce candle wax blends with varying melting points, textures, and burn time. Though hydrogenation soy oil is "transformed" into a solid which mimics the characteristics of beeswax. As a component of a wax blend, soy waxes impart characteristics such as lower melting point, higher malleability, and quicker burn times.

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.

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.

Polyethylene Wax, also known as PE Wax, is an ultra low molecular weight polyethylene consisting of ethylene monomer chains. PE wax has a large variety of uses and applications. PE Wax is available from on-purpose production and as a byproduct of polyethylene production. This material is available in both HDPE and LDPE forms.As there are many grades and types available from IRM, please inquire so that one of our knowledgeable representatives can assist you in locating the correct grade that matches your requirements.

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's natural waxes, formulated using plant derived oils instead of petrochemicals, are commonly used in candle wax formulations. Our Indranat line of waxes can be mixed with paraffin and microcrystalline waxes to produce candle wax blends with varying melting points, textures, and burn time. Though hydrogenation soy oil is "transformed" into a solid which mimics the characteristics of beeswax. As a component of a wax blend, soy waxes impart characteristics such as lower melting point, higher malleability, and quicker burn times.

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.

Polyethylene Wax, also known as PE Wax, is an ultra low molecular weight polyethylene consisting of ethylene monomer chains. PE wax has a large variety of uses and applications. PE Wax is available from on-purpose production and as a byproduct of polyethylene production. This material is available in both HDPE and LDPE forms.As there are many grades and types available from IRM, please inquire so that one of our knowledgeable representatives can assist you in locating the correct grade that matches your requirements.

Petrolatum is derived from high-viscosity, paraffin-based crude oils. Petrolatums contain minute (or micro), crystalline waxes. Oil is occluded within and between these small crystals. Petrolatum contains both paraffinic and olefinic hydrocarbons; the olefinic hydrocarbons. Olefinic hydrocarbons give petrolatum its "slippery" (oleaginous) character.

Petrolatum is derived from high-viscosity, paraffin-based crude oils. Petrolatums contain minute (or micro), crystalline waxes. Oil is occluded within and between these small crystals. Petrolatum contains both paraffinic and olefinic hydrocarbons; the olefinic hydrocarbons. Olefinic hydrocarbons give petrolatum its "slippery" (oleaginous) character.

IRM's natural waxes, formulated using plant derived oils instead of petrochemicals, are commonly used in candle wax formulations. Our Indranat line of waxes can be mixed with paraffin and microcrystalline waxes to produce candle wax blends with varying melting points, textures, and burn time. Though hydrogenation soy oil is "transformed" into a solid which mimics the characteristics of beeswax. As a component of a wax blend, soy waxes impart characteristics such as lower melting point, higher malleability, and quicker burn times.

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's natural waxes, formulated using plant derived oils instead of petrochemicals, are commonly used in candle wax formulations. Our Indranat line of waxes can be mixed with paraffin and microcrystalline waxes to produce candle wax blends with varying melting points, textures, and burn time. Though hydrogenation soy oil is "transformed" into a solid which mimics the characteristics of beeswax. As a component of a wax blend, soy waxes impart characteristics such as lower melting point, higher malleability, and quicker burn times.