PP copo Compound, 20% mineral filled

PP copo Compound, flame-retardant, non-halogenated

PP copo Compound, 20% glass fibre reinforced, chemically coupled

PP copo Compound, 30% glass fibre reinforced, chemically coupled

PP copo Compound, flame-retardant, halogenated

Regranulates are created by mechanically/physically processing sorted thermoplastic polymers. They are broken down, washed, dried, melted and reformed into granulates, which are then called regranulates. Regranulates are used in plastics processing companies as a raw material. Depending on the quality and taking into account the desired properties of the product, regranulates can be used by themselves or in combination with new goods.

Regranulates are created by mechanically/physically processing sorted thermoplastic polymers. They are broken down, washed, dried, melted and reformed into granulates, which are then called regranulates. Regranulates are used in plastics processing companies as a raw material. Depending on the quality and taking into account the desired properties of the product, regranulates can be used by themselves or in combination with new goods.

PP homo Compound, 40% mineral filled

PP homo Compound, 20% glass fibre reinforced, chemically coupled

PP homo Compound, 20% glass bead reinforced

PP homo Compound, 20% mineral filled

PP homo Compound, flame-retardant, halogenated

PP homo Compound, flame-retardant, halogenated

PP homo Compound, flame-retardant, non-halogenated, heat resistant

PP homo Compound, 40% glass fibre reinforced, chemically coupled

PP homo Compound, 50% glass fibre reinforced, chemically coupled

PP homo Compound, 20% glass bead reinforced

PP homo Compound, 20% mineral filled

PP homo Compound, 20% glass fibre reinforced, chemically coupled

PP homo Compound, 10% mineral filled

PP homo Compound, 20% mineral filled

PP homo Compound, 40% mineral filled

PP homo Compound, 40% mineral filled

PP homo Compound, flame-retardant, non-halogenated

Regranulates are created by mechanically/physically processing sorted thermoplastic polymers. They are broken down, washed, dried, melted and reformed into granulates, which are then called regranulates. Regranulates are used in plastics processing companies as a raw material. Depending on the quality and taking into account the desired properties of the product, regranulates can be used by themselves or in combination with new goods.

Regranulates are created by mechanically/physically processing sorted thermoplastic polymers. They are broken down, washed, dried, melted and reformed into granulates, which are then called regranulates. Regranulates are used in plastics processing companies as a raw material. Depending on the quality and taking into account the desired properties of the product, regranulates can be used by themselves or in combination with new goods.

Regranulates are created by mechanically/physically processing sorted thermoplastic polymers. They are broken down, washed, dried, melted and reformed into granulates, which are then called regranulates. Regranulates are used in plastics processing companies as a raw material. Depending on the quality and taking into account the desired properties of the product, regranulates can be used by themselves or in combination with new goods.

Regranulates are created by mechanically/physically processing sorted thermoplastic polymers. They are broken down, washed, dried, melted and reformed into granulates, which are then called regranulates. Regranulates are used in plastics processing companies as a raw material. Depending on the quality and taking into account the desired properties of the product, regranulates can be used by themselves or in combination with new goods.