Ethylene-vinyl acetate copolymer (EVM) with 60 wt % vinyl acetate and dusted with separating agents (silica and talc).

Ethylene-vinyl acetate copolymer (EVM) with 68 wt % vinyl acetate and dusted with separating agents (silica and talc).

Ethylene-vinyl acetate copolymer (EVM, precrosslinked) with 70 wt % vinyl acetate and dusted with separating agents (silica and talc).

Ethylene-vinyl acetate copolymer (EVM) with 40 wt % vinyl acetate and dusted with separating agents(silica and talc).

Ethylene-vinyl acetate copolymer (EVM) with 45 wt % vinyl acetate and dusted with separating agents (silica and talc).

Ethylene-vinyl acetate copolymer (EVM, precrosslinked) with 50 wt % vinyl acetate and dusted with separating agents (silica and talc).

Ethylene-vinyl acetate copolymer (EVM) with 50 wt % vinyl acetate and dusted with separating agents (silica and talc).

Ethylene-vinyl acetate copolymer (EVM, precrosslinked) with 60 wt % vinyl acetate and dusted with separating agents (silica and talc).

Ethylene-vinyl acetate copolymer (EVM) with 60 wt % vinyl acetate and dusted with separating agents (silica and talc).

Ethylene-vinyl acetate copolymer (EVM, precrosslinked) with 70 wt % vinyl acetate and dusted with separating agents (silica and talc).

Ethylene-vinyl acetate copolymer (EVM) with 70 wt % vinyl acetate and dusted with separating agents (silica and talc).

Ethylene-vinyl acetate copolymer (EVM) with 80 wt % vinyl acetate and dusted with separating agents (silica and talc).

Ethylene-vinyl acetate copolymer (EVM) with 90 wt % vinyl acetate and dusted with separating agents (silica and talc).

Ethylene-vinyl acetate-glycidyl methacrylate terpolymer (EVM-GMA) with 60 wt % vinyl acetate and dusted with separating agents (silica and talc).

Applications - Hot Melt Adhesive Performance - Uniform VA Contents and MI - Excellent compatibility with other raw material of HMA - Good organoleptic property

Applications - Hot Melt Adhesive Performance - Uniform VA Contents and MI - Excellent compatibility with other raw material of HMA - Good organoleptic property

Applications - Hot Melt Adhesive Performance - Uniform VA Contents and MI - Excellent compatibility with other raw material of HMA - Good organoleptic property

Applications - Hot Melt Adhesive Performance - Uniform VA Contents and MI - Excellent compatibility with other raw material of HMA - Good organoleptic property

Applications - Hot Melt Adhesive Performance - Uniform VA Contents and MI - Excellent compatibility with other raw material of HMA - Good organoleptic property

Applications - Hot Melt Adhesive Performance - Uniform VA Contents and MI - Excellent compatibility with other raw material of HMA - Good organoleptic property

Applications - Hot Melt Adhesive Performance - Uniform VA Contents and MI - Excellent compatibility with other raw material of HMA - Good organoleptic property

Applications - Hot Melt Adhesive Performance - Uniform VA Contents and MI - Excellent compatibility with other raw material of HMA - Good organoleptic property

Applications - Hot Melt Adhesive Performance - Uniform VA Contents and MI - Excellent compatibility with other raw material of HMA - Good organoleptic property

Applications - Wire and Cable Compound Performance - Uniform VA Contents and MI - Excellent surface finish - High filler loading (Carbon black, Flame retardant agent) - Contaminants free - Excellent electrical & mechanical property

Applications - Foam compounds Performance - Uniform VA Contents and MI - Strict contaminants control - Excellent additives acceptance - High shock absorption for shoes

Applications - Wire and Cable Compound - Foam compounds Performance - Uniform VA Contents and MI - Excellent surface finish - High filler loading (Carbon black, Flame retardant agent) - Contaminants free - Excellent electrical & mechanical property - High shock absorption for shoes

Applications - Wire and Cable Compound Performance - Uniform VA Contents and MI - Excellent surface finish - High filler loading (Carbon black, Flame retardant agent) - Contaminants free - Excellent electrical & mechanical property

Applications - Wire and Cable Compounds Performance - Uniform VA Contents and MI - Excellent surface finish - High filler loading (Carbon black, Flame retardant agent) - Contaminants free - Excellent electrical & mechanical property

Applications - Extrusion Coating Performance - Uniform VA Contents and MI - Low Gel level and strict contaminant control - Excellent transparency - Stable processability with good neck-in

Applications - Hot Melt Adhesive Performance - Uniform VA Contents and MI - Excellent compatibility with other raw material of HMA - Good organoleptic property

Applications - Photovoltaic Encapsulant Sheet - hot Melt Adhesive Performance - Uniform VA Contents and MI - Excellent optical property - Low Gel level and strict contaminant control - Good adhesion property in the solar module

Applications - Foam Compound Performance - Uniform VA Contents and MI - strict contaminant control - Excellent mechanical properties

Applications - Foam Compound Performance - Uniform VA Contents and MI - Strict contaminants control - Excellent additives acceptance - High shock absorption for shoes

The main quantity of natural cork which is harvested today is used as pressed cork or mixed with PU or rubber. The processing of this kind of cork can be expensive and require a lot of energy. We have developed a special manufacturing method to combine natural cork with thermoplastic raw materials. Meaning Lifocork can be processed using typical thermoplastic processing methods such as injection moulding, extrusion or thermoforming. Cork is a natural product which comes from the bark of the cork oak tree. The removal of the bark does not harm the trees and the bark is only harvested after the first 20 years of growth. The removal stimulates a steady regeneration of the bark. Each cork tree provides on average 16 harvests over its 150-200 year lifespan. Cork itself has a cell-like structure which is light and highly compressible. It is used in construction, sports, industrial and household applications. It's also possible to make foamed parts from Lifocork. This offers materials with very low densities (as low as 0.45 g/ccm) and therefore gives lightweight parts. The foamed Lifocork also gives a damping, shock absorbent effect, ideal for orthopaedic shoe lifts and inserts. Lifocork can be processed using thermoplastic processing methods. In injection moulding it can be processed using standard equipment. Lifocork can also be processed in 2-component moulding. It has an excellent bond to TPE, PP and PE. Other processing methods include extrusion or thermoforming with a double belt press.

Key Features - VA600 resin is produced by ExxonMobil Chemical’s autoclave process technology. - VA600 resin, with 28% VA content, is an excellent raw material in the application of hot melt adhesives. Applications - Hot melt adhesives

Key Features - VA800 resin is produced by ExxonMobil Chemical’s autoclave process technology. - VA800 resin, with 28% VA content, is an excellent raw material in the application of hot melt adhesives. Applications - Hot melt adhesives

Key Features - VA900 resin is produced by ExxonMobil Chemical’s autoclave process technology. - VA900 resin, with 28% VA content, is an excellent raw material in the application of hot melt adhesives. Applications - Hot melt adhesives

Key Features - VA910 resin is produced by ExxonMobil Chemical’s autoclave process technology. - VA910 resin, with 28% VA content, is an excellent raw material in the application of hot melt adhesives. Applications - Hot melt adhesives

Key Features - VA920 resin is produced by ExxonMobil Chemical’s autoclave process technology. - VA920 resin, with 19% VA content, is an excellent raw material in the application of hot melt adhesives. Applications - Hot melt adhesives

Key Features - VC590 is manufactured by high pressure autoclave process and designed for base resin of variety of wire & cable compounds such as semi-conductive compound, flame retardant compound. - VC590 is well known for its excellent processability, filler loadability and high quality assurance. Applications - Excellent Foam Molding Property - Very Good Mechanical Properties - Excellent Loading Property of Various Fillers