Lumicene ® mPE M3581UV is a second generation metallocene Medium Density Polyethylene (mMDPE) with hexene as comonomer. Lumicene ® mPE M3581UV is intended for the manufacture of rotomoulded items. Its specific molecular structure ensures: - Superior mechanical properties - Outstanding optical properties (gloss) - Improved dimensional stability - Easy processing

Lumicene ® mPE M4041UV is a new generation metallocene Medium Density Polyethylene (mMDPE) with hexene as comonomer. Lumicene ® mPE M4041UV is intended for the manufacture of large rotomoulded items. Lumicene ® mPE M4041UV is a natural grade available in pellets form.

MDPE 3802 is a medium density polyethylene with good resistance to impact and excellent Environmental Stress Crack Resistance (ESCR). It has been specifically designed for the blow moulding of flexible containers. It is particularly appropriate for the production of metal drum liners. MDPE 3802 is a pellet grade and contains antioxidants.

MDPE 3802 is a natural medium density polyethylene particularly suited for coloured cable sheathing applications and designed to meet the requirements for telecommunication and power cables (medium and high voltage). MDPE 3802 key characteristics are - A superior resistance to crack formation and growth - An optimal balance of flexibility and mechanical strength allowing easy coiling, handling and installation together with high surface hardness and excellent abrasion resistance. - An optimised formulation of additives (antioxidants) providing outstanding long-term stability in service - Low dielectric constant - Easy processing

MDPE 3802 B is a black medium density polyethylene particularly suited for cable sheathing applications and designed to meet the requirements for telecommunication and power cables (medium and high voltage). MDPE 3802 B key characteristics are - A superior resistance to crack formation and growth - An optimal balance of flexibility and mechanical strength allowing easy coiling, handling and installation together with high surface hardness and excellent abrasion resistance. - An optimised formulation of additives and finely dispersed carbon black providing outstanding long-term stability in service - Low dielectric constant - Easy processing

MDPE 3802 B is a high performance hexene-based black compound, with a MRS 8 MPa - PE 80 classification, and primarily intended for potable water and gas pipe applications. MDPE 3802 B key characteristics are - a superior resistance to slow crack growth ensuring safe and long-term network operation - an optimal balance of flexibility and mechanical strength that allows easy coiling, handling and installing of pipes - an optimised formulation of additives and finely dispersed carbon black providing outstanding long-term stability in service. Designation ISO 1872-PE,E/M-ACGHL,40-T012

MDPE HF 513 is a medium density polyethylene produced by slurry loop low pressure process with hexene as co-monomer. MDPE HF 513 is a semi-high molecular weight polyethylene giving excellent mechanical properties. It shows a broad molecular weight distribution ensuring outstanding processability. MDPE HF 513 can be used alone, blended or coextruded in a wide variety of blown film applications : consumer, industrial, food or hygiene packaging.

MDPE HR 515 is a medium density polyethylene produced with hexene as co-monomer. It shows a broad molecular weight distribution ensuring outstanding processability. MDPE HR 515 is especially dedicated to high rigidity film applications, particularly in blend and/or coextrusion with LDPE and/or LLDPE. MDPE HR 515 is suited for many film applications, in the field of consumer, industrial, food or hygiene packaging.

MDPE HT 514 is a medium density polyethylene produced by slurry loop process with hexene as co-monomer. MDPE HT 514 is a semi-high molecular weight polyethylene giving excellent mechanical properties. It shows a broad molecular weight distribution ensuring outstanding processability. MDPE HT 514 can be used alone, blended or coextruded in a wide variety of blown film applications : consumer, industrial, food or hygiene packaging.

MS482 is a high density polyethylene resin with excellent Environmental Stress Cracking Resistance (ESCR) intended for the injection moulding of automotive components such as DEF (AdBlue®) tanks for Selective Catalytic Reduction (SCR) systems. MS482 combines high performance with easy processing and good dimensional stability. MS482 is a pellet grade and contains antioxidants.

rPE 2206 is a low density polyethylene, containing more than 99% recycled PE originating from post consumer waste collected in Western European countries. It is especially suited for the manufacture of multilayer films for various applications such as collation shrink, furniture covers, tissue wraps etc. rPE 2206 is not intended for food contact, pharmaceutical and medical applications.

Total Circular compound rPE 6314 is a high density polyethylene, containing 50% of recycled HDPE originating from post consumer household waste collected in Western European countries. Total Circular compound rPE 6314 properties are comparable to virgin HDPE resins in term of performance and consistency. It is odour free, natural in colour and exhibits an excellent stress-cracking resistance. It is especially suited for the manufacture of blow moulded bottles and containers for laundry, cleaning, household and industrial liquids. Total Circular compound rPE 6314 is not intended for food contact, pharmaceutical and medical applications.

TPSeal® EVA 3641 is based on an Ethylene Vinyl Acetate Copolymer (EVA). TPSeal® EVA 3641 is intended for the manufacture of rotomoulded items and available in natural or in colour, in pellets or in powder. Main Characteristics Its specific molecular structure ensures: - High flexibilty - Good dimensional stability Application - Suitable for monolayer and multi-layer with foam technology.

TPSeal® M3670 is a new generation metallocene Medium Density Polyethylene (mMDPE) with hexene as comonomer. TPSeal® M3670 is intended for the manufacture of rotomoulded items and available in black, in pellets or in powder. It is also available under a natural colour (TPSeal® M3671). Main Characteristics Its specific molecular structure ensures: - Efficient binding with fuel barrier product such as Polyamide - Excellent foaming properties Application - Suitable for monolayer and multi-layer with foam technology. - Fuel tank production, with very low permeability. Structural parts. Water sports application.

TPSeal® M3671 is a new generation metallocene Medium Density Polyethylene (mMDPE) with hexene as comonomer. TPSeal® M3671 is intended for the manufacture of rotomoulded items and available in natural, in pellets or in powder. It is also available under a black colour (TPSeal® M3670). Main Characteristics Its specific molecular structure ensures: - Efficient binding with fuel barrier product such as Polyamide - Excellent foaming properties Application - Suitable for monolayer and multi-layer with foam technology. - Fuel tank production, with very low permeability. Structural parts. Water sports application.

TPSeal ® M2731UV is a Linear Low Density Polyethylene (mLLDPE) with hexene as comonomer. TPSeal ® M2731UV is intended for the manufacture of rotomoulded items and available in natural or in colour, in pellets or in powder. Main Characteristics Its specific molecular structure ensures: - Excellent impact properties - Good dimensional stability - Outstanding ESCR - UV protected Application - Designed for the production of technical part with a complex shape and esthetical requirements

TPSeal ® M4741UV is a new generation metallocene High Density Polyethylene (mHDPE) with hexene as comonomer. TPSeal ® M4741UV is intended for the manufacture of rotomoulded items and available in natural, in pellets or in powder. Main Characteristics Its specific molecular structure ensures: - Superior mechanical properties - Improved dimensional stability - Easy processing - Outstanding ESCR - UV protected Application - Suitable for the production of tanks, underground tanks, kayaks, technical parts.

TPSeal® PE ESD06 is a black conductive Polyethylene-Carbon NanoTubes compound for rotomolding. The use of specific Carbon NanoTubes provides the material with an outstanding cleanliness compared to existing products. The very low Carbon Nanotubes loading preserves the excellent mechanical properties of the virgin polymer. TPSeal® PE ESD06 is available in powder form. Main Characteristics - Exceptional cleanliness - Good processability Application - Rotomoulded objects that can be used in ATEX environment and for transport of electrostatic sensitive components.

TPSeal ® PE FOAM 155 is based on a new generation metallocene Polyethylene with hexene as comonomer. TPSeal ® PE FOAM 155 is a natural Specialty Compound, provided under a powder form which contains an additive allowing the product to expand during the rotomolding process. It is suitable for use in Rotational Moulding. Main Characteristics Its specific molecular structure ensures: - Superior mechanical properties - Improved dimensional stability - Easy processing Application - Structural parts. Water sports application.

TPSeal ® PE FOAM 235 is based on a new generation metallocene Polyethylene with hexene as comonomer. TPSeal ® PE FOAM 235 is a natural Specialty Compound, provided under a powder form which contains an additive allowing the product to expand during the rotomolding process. It is suitable for use in Rotational Moulding. Main Characteristics Its specific molecular structure ensures: - Superior mechanical properties - Improved dimensional stability - Easy processing Application - Structureal parts. Water sports application.

TPSeal® PE FR02 is an intumescent halogen-free flame-retardant Specialty Compound and is based on metallocene Polyethylene (PE). TPSeal® PE FR02 is intended for the manufacture of rotomoulded items and available in natural white, in pellets or in powder. Main Characteristics Its specific molecular structure ensures: - Suitable for multi-layer application - Flame-retardant properties thanks to halogen-free technology. Application - Stuctural parts, design (furniture), building parts, ...

HDPE XSC 50 Orange is a high performance hexene-based orange compound, with a MRS 10 MPa - PE 100 classification, and primarily intended for gas pipe applications. HDPE XSC 50 Orange key characteristics are : - superior resistance to slow crack growth and rapid crack propagation ensuring safe and long-term network operation - a broad bimodal molecular weight distribution offering easy processing for perfect pipes and fittings - an optimised formulation of additives and finely dispersed pigments providing outstanding long-term stability in service. Designation ISO 1872-PE,E/M-ACGHL,50-T003