Petrothene XL07407 is a colorable, non-halogenated, flame retardant compound crosslinkable via continuous vulcanization (C.V.).

PETROTHENE XL 07414 is especially formulated for use in flame retardant primary insulation for low voltage automotive wire and cable applications (SAE J1128), and for UL applications including 125°C appliance wire and SIS. XL 07414 is a non-tarnishing, non-halogenated, flame retardant chemically crosslinkable compound. Small wire gauges, such as 20-24 AWG, insulated with XL 07414 exhibit higher strip forces than wire insulated with XL 07407. Non-discoloring antioxidant and special active peroxide have been added to ensure thermal stability during processing and optimum curing results.

Petrothene XL07417 is a colorable, non-halogenated, flame retardant compound crosslinkable via continuous vulcanization (C.V.). Petrothene XL07417 is selected by customers for use in 125 °C automotive wire & cable applications (SAE J1128 / J1127).

Petrothene XL07420B is a colorable, non-halogenated, flame retardant compound crosslinkable via continuous vulcanization (C.V.). Petrothene XL07420B is selected by customers for use in ISO 125 °C thin wall automotive wire & cable applications.

Petrothene XL07425 is a colorable, non-halogenated, flame retardant compound crosslinkable via continuous vulcanization (C.V.). Petrothene XL07425 is selected by customers for use in 125 °C automotive wire & cable applications (SAE J1128) and UL 125 °C appliance, SIS wire, and CSA 125 °C appliance and coil lead wire.

Petrothene XL07426 is a colorable, non-halogenated, flame retardant compound crosslinkable via continuous vulcanization (C.V.). Petrothene XL07426 is selected by customers for use in UL 125 °C appliance, SIS wire, and CSA 125 °C appliance and coil lead wire.

Petrothene YR19513 is a no-cure colorable, non-halogenated, flame retardant thermoplastic compound. Petrothene YR19513 is selected by customers for use in wire constructions requiring an extruded stripe.

Petrothene YR19548 is a colorable, non-halogenated, flame retardant compound crosslinkable via electron beam radiation. Petrothene YR19548 is selected by customers for use in 125 °C automotive primary insulation (SAE J1128) constructions.

Petrothene YR19600B is a colorable, non-halogenated, flame retardant compound crosslinkable via electron beam radiation. Petrothene YR19600B is selected by customers for use in ISO 125 °C thin wall automotive wire & cable applications.

Moisture-curable TPO Compound PEXIDAN® A-3021 is an ethylene-copolymer based XLPE curable by moisture and is intended for application requiring superior flexibility. When mixed in the proper proportions with a suitable catalyst masterbatch, the resulting mixture is curable by exposure to stream, 70-95°C hot water, or even ambient moisture. A-3021 is the silane-grafted base component of a 2-part system and must be used with a suitable catalyst masterbatch.

POFEX® EP8400S90F-H3 is thermoplastic low smoke halogen free polyolefin cable compound, which formed by mixing, milling and granulating of polyolefin resin combined environmental inorganic flame retardant additives and other additives, having excellent Mechanical properties, electrical properties, flame retardant performance and processing performance. Burning without halogen acid gas, releasing very few toxicity and corrosive gas, with low smoke, etc. Application: Communication wire &cable, network cable, cable insulation /jacket… etc.

POFEX® EP8400S90F-J3-1 is thermoplastic low smoke halogen free polyolefin cable compound, which formed by mixing, milling and granulating of polyolefin resin combined with environmental inorganic flame retardant additives and other additives, having excellent Mechanical properties, electrical properties, flame retardant performance and processing performance. Burning without halogen acid gas, releasing very few toxicity and corrosive gas, with low smoke. Application: wire &cable.

PU21713HMR Bumper Dark Grey is an Unfilled, Exterior Grade Polyolefin Compound with Hi-Impact Resistance and excellent consistency. It is well suited for Injection Molding applications.

JJAZZ® flame retardant is a highly efficient and most unique amino phosphate flame retardant system, based on proprietary catalyst technology and designed for use in environmentally friendly plastics applications. JJAZZ® flame retardant is non-toxic and non-corrosive, offers excellent hydrolytic stability, has superior char forming and low smoke characteristics and is easy to UV stabilize. JJAZZ® flame retardant does not contain any heavy metal or gaseous halogen by products and is compatible in most textile compositions. The most recognizable feature of the JJAZZ® flame retardant is its self-contained catalyst system, thus allowing for an overall lower FR use level and an improved physical property profile to the composition. Applications - Polyolefin plastics where efficiency is a key consideration. - Solvent based coatings, adhesives and paints - Epoxy compounds & Composite Materials - Elastomeric Rubber applications - In most applications loading levels of 20-35% achieve UL 94 V0 ratings (1/16" burn bar). - Materials using JJAZZ® have also met the following standards: ASTM E84, ISO 6722, UL 94 5V, UL VTMO, MVSS302, UL1581(VW-1)

COMPOUND HFFR It is an olefinic thermoplastic compound, flame retardant, halogen-free, low smoke emission, with UV stabilization recommended for use in insulation and coverage of power and telecommunication cables. POLYTOX 93 meets the guidelines: ROHS 2002/96 / EC, 2002/95 / EC and 2011/65 / EC. MAIN FEATURES - Suitable for LSHF/A cables; - Halogen free; - Excellent tensile strength and elongation at break; - Excellent thermal resistance; - Can be used both as insulation and for covering; - It allows high production speeds even in cables with low cross section; - Excellent processability can be achieved even in conventional PVC threads; - Resistant to UV light;

Characteristics - High Stiffness, High Impact Strength, Good Moldability Application - Automotive Part

Characteristics - High Stiffness, Heat Resistance, Low Mold Shrinkage Application - Automotive Parts, Home Electric Goods, Air-Conditioner Fan, Industrial Appliance, etc.

Characteristics - High Stiffness, Heat Resistance, Low Mold Shrinkage Application - Automotive Parts, Home Electric Goods, Aircon Fan, Industrial Appliance, etc.

Characteristics - High Stiffness, Heat Resistance, Low Mold Shrinkage Application - Automotive Parts

Characteristics - High Stiffness, Heat Resistance, Low Mold Shrinkage Application - Automotive Parts

Characteristics - High Stiffness Applications - Automotive Parts, Home Electric, Industrial Appliance, etc.

Desiccant MB Description POYAD DS201 is an advanced moisture absorber MB eliminates moisture effects on PE blown/cast film, PE and PP injection molding, blow molding, sheet/profile extrusion and etc. It's widely used for recycling and damped plastics. Application POYAD DS201 is designed for ease of dilution and homogeneous mixing and is therefore suitable for direct addition using automatic dosing units or by pre-bending. Meanwhile it can absorb moisture 20% of its own weight, it can be used from 1 to 8%, however 3% is recommended. Use the mixture of this product within 24 hours and heat seal the opened bags immediately to keep its efficiency. Store in clean, dry and cool place, out of sun exposure not to exceed 6 months. Don't use opened or damaged packages before drying.

Polymer Processing Aid MB Description POYAD PA211 is specially designed to improve the processability of LLDPE rich materials, MDPE and HDPE. It works by coating the internal surface of the extruder and die and thereby reduces the friction between the polymer and the metal. This leads to reduce or eliminate melt fracture, improved surface quality, clarity, gloss and reduced extruder head pressure which often allows higher output rates and/or reduces power consumption. It can also be used to reduce die build up. POYAD PA211 typical application are film, sheet and pipe extrusion as well as blow molding. It's suitable for use in a wide range of plastics that come into contact food. For more details please contact us. Application POYAD PA211 is designed for ease of dilution and homogeneous mixing and is therefore suitable for direct addition using automatic dosing units or by pre-blending. For maximum efficiency, it is advisable to pre-condition the extruder by using a high initial dosing level of up to 15% and should be continued for 10 to 15 minutes until melt fracture is eliminate. The following continuous addition level can then be 1-2%. Some additives such as anti-block and some pigments affect its efficiency.

Light Stabilizer MB Description POYAD UV220 is a polyolefin based UV stabilizer MB containing 20 % of HALS. It's designed to enhance light stability of HDPE, LDPE and LLDPE film, sheet and injected parts. Application POYAD UV220 is designed for ease of dilution and homogeneous mixing and is therefore suitable for direct addition using automatic dosing units or by pre-blending. Depending on the application it can be used from 1 to 6%.

PRE-ELEC® CP 1515 is a carbon black filled conductive thermoplastic compound based on polyolefin copolymer. In addition to a low electrical resistivity, the product has an excellent mechanical properties and is easy to extrude. PRE-ELEC® CP 1515 has been developed especially for block-process foams.

Plastics and polymeric compounds suffer the perennial problem of accumulating and releasing electrical charges in an uncontrolled manner. Hence products made from them generate static electricity and minor shocks, which can initiate explosions when certain products are placed in them. The two traditional ways of solving this problem are (a) to use antistatic additives, which only work under certain conditions (e.g. when damp) and the effect of which is only temporary; and (b) to incorporate carbon black, which naturally turns the compound black and aesthetically unattractive. PTFA 25 is an innovative development in the quest to solve these problems. It is an olefinic-based halogen-free flame-retarded compound with permanent antistatic properties, it is not black and it can be coloured. It is intended for the injection-moulding of sensitive containers.

Thermoplastic Polyolefin, Excellent Low Temperature Impact

A high gloss engineered TPO with medium stiffness and very good impact, intended for molding applications. This grade offers excellent dimensional stability, low shrinkage and good chemical resistance. Features: - Very high gloss TPO for molding - Ease of coloring by using PE or PP based color concentrates - UV grades are available - Ease of processing - Recyclability

Thermoplastic Polyolefin, Excellent Low Temperature Impact

An engineered TPO with medium stiffness and very good impact, intended for molding and extrusion applications. This grade offers excellent dimensional stability, low shrinkage and good chemical resistance. Features: - Molding grade with good dimensional stability and low shrinkage for automotive UH and interior applications - Ease of coloring by using PE or PP based color concentrates - UV grades are available - Ease of processing - Recyclability

A high gloss engineered TPO with medium stiffness and very good impact, intended for extrusion applications. This grade offers excellent dimensional stability, low shrinkage and good chemical resistance. Features: - Very high gloss TPO for extrusion/thermoforming - Ease of coloring by using PE or PP based color concentrates - UV grades are available - Ease of processing - Recyclability

An engineered TPO with medium stiffness and very good impact, intended for extrusion and blow molding applications. This grade offers excellent dimensional stability, low shrinkage and good chemical resistance. Features: - Extrusion grade with good dimensional stability and low shrinkage for blow molding, sheet and profile extrusion applications - Ease of coloring by using PE or PP based color concentrates - UV grades are available - Ease of processing - Recyclability

An engineered TPO with high stiffness and very good impact, intended for molding applications. This grade offers excellent dimensional stability, low shrinkage and good chemical resistance. Features: - Molding grade with good dimensional stability and low shrinkage for automotive UH and interior applications - Ease of coloring by using PE or PP based color concentrates - UV grades are available - Ease of processing - Recyclability

Thermoplastic Polyolefin, Excellent Low Temperature Impact

An engineered TPO with medium stiffness and very good impact, intended for extrusion applications. This grade offers excellent dimensional stability, low shrinkage and good chemical resistance. Features: Molding grade with good dimensional stability and low shrinkage for automotive applications Ease of coloring by using PE or PP based color concentrates UV grades are available Ease of processing Recyclability Product contains 8% talc

An engineered TPO high flow with good stiffness and impact, intended for thin wall molding applications. This grade offers excellent dimensional stability, low shrinkage, UV stability and good chemical resistance. Grade is available for mold in color, partial or paint applications. Features: - Molding grade with good dimensional stability and low shrinkage - Ease of coloring by using PE or PP based color concentrates - Ease of processing - Recyclability - Filler type: Talc, 15 to 17% range

Thermoplastic Polyolefin, Good Stiffness and Impact

Thermoplastic Polyolefin; Custom Colors Available

Thermoplastic Polyolefin; Custom Colors Available