[a]https%3A%2F%2Fwww.atpchem.com%2Fthermoplastic-polymer-material-for-building-wiring%2F[/a] <br>#cross #linked #polyethylene #supplier <br>ATP is able to quickly provide customers with High Flame Retardant cables material solutions that fully comply with the major building directives, safety codes, and environmental standards of the European Union(EN/EC), North America(UL/CSA), and China(GBT/JGB). <br> <br>ATP For Architecture &amp; Home Decoration Cable <br>A fire-resistant cable has a polymeric layer that forms a cohesive shell on exposure to elevated temperatures, and a conductor substantially composed of metal/alloys having a melting point suitable for use in circuit integrity or fire-resistant cable application. Fire Defender® SERIES, support cable pass the BS6387/ GBT19216 fire resistance Vibration test and support cable pass 3Hrs long period on-line fire resistance test with excellent performance of porcelain crusting in the combustion process. <br> <br>ATP For Fire Resistant Cable <br>A xlpe insulated pvc sheathed cable has a polymeric layer that forms a cohesive shell on exposure to elevated temperatures, and a conductor substantially composed of metal/alloys having a melting point suitable for use in circuit integrity or fire-resistant cable application. Fire Defender® SERIES, support cable pass the BS6387/ GBT19216 fire resistance Vibration test and support cable pass 3Hrs long period on-line fire resistance test with excellent performance of porcelain crusting in the combustion process. <br> <br>For more information about atp material, please feel free to contact us!

[a]https%3A%2F%2Fwww.atpchem.com%2Fproducts%2Fxlpe-high-density-cross-linked-polyethylene%2F[/a] <br>#cross #linked #polyethylene #structure <br>ATPolymer is a professional cross linked polyethylene supplier. XLPE is the abbreviation of the English name of cross-linked polyethylene. Polyethylene is a linear molecular structure that is easily deformed at high temperatures. The process of cross-linking polyethylene turns it into a network structure. This structure is highly resistant to deformation even at high temperatures. <br> <br>Types of XLPE Material <br>XLPE cross linked polyethylene is safe to process, easy to use, has a moderate validity period after adding resin, and has no disadvantages of premature or late cross-linking; it does not affect the processing performance and performance of the product; XLPE high density cross linked polyethylene is non-toxic, non-polluting, and does not irritate the skin and eyes. <br> <br>Flame Retardant XLPE <br>Excellent printing performance and coloring performance, excellent electrical performance, and extremely low specific gravity. <br>Tear Resistance XLPE <br>Low-temperature shock and good tear resistance. <br> <br>What Is Cross Linked Polyethylene <br>Cross-linked polyethylene is an advanced form of polyethylene that has been chemically or physically modified to create bonds between its polymer chains, significantly enhancing its properties. This material boasts increased durability, superior thermal stability, and excellent chemical resistance while maintaining flexibility. These attributes make XLPE a preferred choice in various applications, such as plumbing, where it is used for both hot and cold water systems due to its resistance to scaling and corrosion. It&#039;s also favored in radiant floor heating systems and medical tubing, thanks to its ability to handle high temperatures and withstand harsh chemicals. Additionally, XLPE finds use in electrical insulation and automotive components, where its robustness and flexibility are crucial. Despite being more expensive than regular polyethylene, its long-term performance benefits make it an invaluable material in many industries. <br> <br>Cross Linked Polyethylene Uses <br>Electrical Engineering <br>XLPE, procured from ATPolymer cross-linked polyethylene supplier, is favored for high-voltage cables due to its superior insulation properties derived from its cross-linked polyethylene structure. <br>The cross-linked structure enhances the material&#039;s ability to withstand high electrical stresses and ensures efficient transmission of electricity over long distances. <br>XLPE cables exhibit excellent resistance to heat, reducing the risk of overheating and electrical failures, thus ensuring reliable power transmission. <br>Automotive Sector Utilization <br>XLPE is extensively used in wire and cable harnesses in automobiles, benefiting from its robust mechanical properties. <br>The cross-linked polyethylene structure imparts high tensile strength to XLPE, making it suitable for withstanding the mechanical stresses and vibrations experienced in automotive applications. <br>Additionally, XLPE cables exhibit resistance to abrasion, ensuring long-term reliability and durability in the demanding automotive environment. <br>Construction Industry <br>XLPE is commonly employed in the construction of pipes for transporting natural gas and water. <br>Its cross-linked structure provides enhanced durability and resistance to chemical corrosion, ensuring the longevity and integrity of the infrastructure. <br>XLPE pipes are preferred for their ability to withstand harsh environmental conditions and aggressive substances, making them suitable for a wide range of construction projects. <br>Building Insulation Purposes <br>XLPE is utilized in the manufacturing of foam insulation boards for thermal insulation in buildings. <br>The material&#039;s excellent thermal properties, coupled with its structural integrity derived from cross-linking, make it an effective insulating material. <br>XLPE foam insulation boards contribute to energy efficiency by minimizing heat loss or gain in buildings, thereby reducing heating and cooling costs. <br> <br>Cross linked polyethylene properties <br> <br>Chemical resistance <br>XLPE cross linked polyethylene has strong acid and alkali resistance and oil resistance. lots combustion products are water and carbon dioxide, which is less harmful to the environment and meets the requirements of modern fire safety. <br>Heat resistance <br>Cross linked polyethylene XLPE with a net-like three-dimensional structure has excellent heat resistance. lt will not decompose and carbonize below 200℃, the long-term working temperature can reach 90 ℃, and the thermal life can reach 40 years. <br>lnsulation performance <br>XLPE maintains the original good insulation properties of PE, and the insulation resistance is further increased. Its dielectric loss tangent value is very small, and it is tiny affected by temperature. <br>Mechanical properties <br>Due to the establishment of new chemical bonds between macromolecules, the hardness, stiffness, wear-resistance, and impact resistance of XLPE are improved, which makes up for the shortcomings of PE that is susceptible to environmental stress and cracking. <br> <br>For more information about cross linked polyethylene chemical resistance and cross linked polyethylene structure, please feel free to contact us! <br> <br>There are many polymer compounding companies, but we are one of the best choices for you.

[a]https%3A%2F%2Fwww.atpchem.com%2Fproducts%2Fuv-resisitance-tpu%2F[/a] <br>#is #tpu #uv #resistant <br>SER—V Series UV Resistant HFFR TPU（105/℃ 80℃Heat-Resistance） <br>Applied Fields: <br>HFFR wire &amp; cable with stable, long-term UV resistance property of this type polyether-based TPU can pass UL105 /90 ℃ ℃ heat-resistance level. <br>Characteristics: <br>1. UV resistance property: long-term, stable UV resistance property, E △ ＜1（0.35W/m2, 340nm, 4H/60 &amp;4H/50 ℃ ℃, 48h/168h）after 48h/168h radiation; <br>2. Heat-resistance Level: 105/80℃; <br>3. Flame Retardant Level: 1.5mm V0, support VW-1; <br>4. Physical characteristics: can support wire &amp; cable to pass UL 1581/758/62 test and non-migration test; <br>5. Surface effect: fine and smooth surface and soft-touch feel without heterogeneous, pits, whiten, sticky and etc. defects can return gloss, matte and semi-matte surface effect through control of die temperature. <br> <br>Technical Data of UV-resisitance TPU <br>Technical Data Sheet Model <br> Material Properties Test Standard Test Condition Unit 1185D-EMS-1186S <br>General Characteristics Material Category - - - <br> Appearance (Light/Semi-matte/Frosted) - - - <br> Extrusion/Injection - - - <br>Physical Characteristics Hardness ISO 48 15S Shore A 82 <br> Proportion ISO 1183 - g/cm³ 1.263 <br> Melt Index ISO 1133-1:2011 190℃/2.16kg g/10min 10.5 <br> Brittle Temperature ISO 812 - ℃ <br>Mechanical Properties Elongation ISO37:2017 200mm/min % 442 <br> Tensile Strength ISO37:2017 200mm/min Mpa 24.9 <br> Tearing Strength ISO34-1:2015 500mm/min KN/m <br>Hot Air Aging Elongation Retention Rate ISO37:2017 - % <br> Tensile Strength Retention Rate ISO37:2017 - % <br>Electrical Performance Volume Resistivity ASTM D257 - Ohm-cm <br> Permittivity ASTM D150 - - <br>Combustion Performance Vertical Burning Test UL 94 3.0/6.0mm - <br> Oxygen Index ASTM D2863 - % <br>Feature <br> <br>For more information about is tpu uv resistant and atp polymer, please feel free to contact us!

#tpu #compounds <br> <br>Extrusion-grade TPE <br>Products Characterization: <br>Smooth &amp; matt surface, excellent hand-feeling. Good tensile strength and elasticity. Halogen-free, meet RoHS demand. <br>Application <br>Mobile/MP3 earphone wire. Computer signal wire. PS2 terminated line. Audio &amp; video signal terminated wire. <br>TPE TPEE extrusion guidance: <br>1. Previous drying of the product 2 hours at 80℃ <br>2. The speed of the extruder is 20-80 rpm <br>3. Typical extrusion temperature suggested <br> <br>Section 1 Section 2 Section 3 Section 4 DIE <br>180-200℃ 185-205℃ 190-210 ℃ 190-220 ℃ 180-200 ℃ <br>Adjust processing temperature according to as the extruder screw <br> <br>Technical Data of Extruding/Under Extruding TPEs <br>TPE TPEE Technical Data Sheet Model <br> Material Properties Test Standard Test Condition Unit 2575F-ESS-1004T <br>General Characteristics Material Category - - - <br> Appearance(Light/Semi-matte/Frosted) - - - <br> Extrusion/Injection - - - <br>Physical Characteristics Hardness ISO 48 15S Shore A 76 <br> Proportion ISO 1183 - g/cm³ 1.001 <br> Melt Index ISO 1133-1:2011 190℃/2.16kg g/10min 2.4 <br> Brittle Temperature ISO 812 - ℃ <br>Mechanical Properties Elongation ISO37:2017 200mm/min % 620 <br> Tensile Strength ISO37:2017 200mm/min Mpa 13.798 <br> Tearing Strength ISO34-1:2015 500mm/min KN/m <br>Hot Air Aging Elongation Retention Rate ISO37:2017 - % <br> Tensile Strength Retention Rate ISO37:2017 - % <br>Electrical Performance Volume Resistivity ASTM D257 - Ohm-cm <br> Permittivity ASTM D150 - - <br>Combustion Performance Vertical Burning Test UL 94 3.0/6.0mm - <br> Oxygen Index ASTM D2863 - % <br>Feature <br> <br>For more information about tpe processing, please feel free to contact us! <br>There are many polymer compounding companies, but we are one of the best choices for you. <br>[a]https%3A%2F%2Fwww.atpchem.com%2Fproducts%2Funder-extruding-tpes%2F[/a]

#tpo #polymer <br>As one of the professional China TPU material manufacturers and thermoplastic polyurethane suppliers, ATP&#039;s modified TPU for sale (TPU compounds/ thermoplastic polyurethane) and TPU cable jacket material technical ability are in a leading position in large-scale industrial applications. <br>Our thermoplastic polyurethane for sale obtained UL94 V0 yellow card certification (1.5mm—6.0mm). It is also one of the few polyether-grade halogen-free flame-retardant TPU materials on the TPU manufacturer market that supports cables to pass the VW-1 or IEC60332 flame-retardant test requirements. <br>As one of the leading TPU material manufacturers in the world, ATPolymer TPU supplier obtained the world&#039;s first certification for the charging pile cable (EV CALBE) jacket material jointly issued by CQC (China Quality Certification Centre) and Germany Dekra. <br>The physically foamed TPU of ATP TPU supplier is the only product on the market that does not require the customer to perform secondary physical mixing and stirring at the processing end and can be directly extruded and foamed by cutting the material directly on the extruder, which greatly increases the wire diameter of the foamed cable Stability and foaming uniformity have plagued the industry for many years in this field. <br>TPU material remains soft at low temperatures, while PVC may harden. <br>TPU cable jacket is odorless while PVC has more of a plastic odor. <br>Thermoplastic polymeric material produced by the TPU manufacturer is more environmentally friendly and can be recycled, but PVC is not. <br> <br>Thermoplastic Polyurethane for Sale by Processing <br>Thermoplastics may be reshaped and are typically used to produce parts by various polymer processing techniques such as injection molding and extrusion. ATP polymer, as one of the world-leading tpu compound and TPU material manufacturers and suppliers, provides you with the highest-quality Eextruding TPU cable jacket and Injection Molding TPU on the TPU manufacturer market. <br>Extruding TPU <br>1185F-EMS-1627T Extruding TPU Model 35.325 Tensile Strength, 1.116 Proportion. <br>Injection Molding TPU <br>1182B-RSS-1531S and 1182B-RSS-1531S Injection Molding TPU Model-18.5 and 36.951Tensile Strength. <br> <br>Characteristics of TPU Materials <br>Elastomers are loosely cross-inked TPU compounds. They have the characteristics of rubber in terms of flexibility and elasticity. <br>Flame Retardant TPU <br>Achieved UL Yellow Card verified V0 (1.5mm-6.0mm), fully support cables products to pass the VW-1 or IEC60332 flame retardant tests. <br>UV-resisitance TPU <br>Meet CPR regulations. <br>Anti-static TPU <br>TPU materials are antistatic modified to show its permanent antistatic resistant character (resistance 106-109), and excellent shading properties as well. <br>High Temperature-resistance TPU <br>Fully support the cable pass UL 758/1581 80℃/105℃heat resistance test (113℃/136℃, 168Hrs). <br>Anti-mildew TPU <br>Authoritative certified mold-resistant materials: through the military standard mold resistance test (GJB150.10). <br>Medical Equipment &amp; Microbial-resistance Cable Jacket TPU <br>Passed ISO10993 &quot;bio-compatibility&quot; test (authoritative verification report attached). <br>Foaming Ocean TPU <br>Foaming modification is conducted to proportion of 0.70-0.80. to meet the application requirement of marine floating cables and consumptions. <br>High Elasticity/Flexible TPU <br>High-end market TPU wire and tube products with excellent comprehensive performances. <br>High Wear-resistance TPU <br>Environmental Friendly, Outstanding Flame Retardant, Excellent Physical Properties,Perfect-Surface Effect, Good Printable, Easy Processing and Stable Quality. <br> <br>ATP Thermoplastic Polyurethane Material Properties <br>Improved Flame Retardance <br>Achieved UL Yellow Card verified V0 (1.5mm-6.0mm), fully support products with TPU cable jacket material to pass the VW-1 or IEC60332 flame retardance tests. <br>Improved Antistatic Ability <br>Aiming at some special applications, TPU materials are antistatic modified to show their permanent antistatic resistant character (surface resistance 106-109), and excellent shading properties as well. <br>Improved High Temperature Resistance <br>Better wear resistance and scratch resistance thermoplastic polyurethane for sale than the others in a same testing condition. <br>Chemical Foaming Modification <br>Chemical foaming modification is conducted to proportion of 0.70-0.80. to meet the application requirement of marine floating cables and consumptions. <br>Improved Surface Resistant Performance <br>Devers high polymer materials are applied to product formula to make the modified TPU cable jacket material display high-quality texture such as matte surface, grinding surface or display soft, comfortable, and dry rubber or silicone handle in cables and optical cables extrusion processing. <br>Improved Environmental Resistant Performance <br>Extrusion Grade TPU: The fluidity and crystallization rate of TPU materials are targeted to be improved to fully meet the requirements of wires, cables, and optical TPU cable jacket filling, semi-filling, empty tube extruding, and high-speed ultra-thin wall (≤0.1mm,80—200m/min) extruding. High extruding yield rate and deterioration performance like salivation, skin breakage, granules, rough linen, die marks and irregular shape seldom occurred. And this keeps good stability of line diameter and roundness together with wires, cables, and optical cables high-speed extrusion. <br>Injection Grade TPU: Good moldability, easy demolding, raising the injection yield greatly. <br>Improved Processing Performance <br>TPU is improved in the performance of UV resistance, mold resistance (GJB), hydrolysis resistance, chemical resistance, etc., to show a higher security level and satisfy the special requirements of flame retardant TPU cable and optical cable jackets: <br>· Mold-resistance: As one of the most reliable thermoplastic polyurethane suppliers in China, products of ATP TPU supplier pass the Chinese National Military Standard (GJB 150.01A) 0-1 Grade mold resistance test (with test report); <br>· Hydrolysis-resistance: support cables to pass 1000h hydrolysis resistance test (85 ° C / 85% RH, 1000h); pass the 168Hrs thermostatic water bath test (80℃/168Hrs) with the strength change rate ≤ 30% and elongation change rate ≤ 35%; <br>· Oil-resistance:  Support cables to pass 70℃/24h oil resistance test with the  change rate of strength and elongation ≤30%； <br>· Acid and Alkali Resistance：  Support TPU polymer cables to pass the acid and alkali resistance test at 23℃/168h with the strength change rate≤ 30%, and the elongation rate is≥100%. <br> <br>[a]https%3A%2F%2Fwww.atpchem.com%2Fproducts%2Ftpu-thermoplastic-polyurethane%2F[/a]

#tpo #china <br>As a leading TPO supplier and TPO factory, ATPolymer provides TPO polymer wholesale at good prices. The blend composed of isotactic polypropylene and ethylene-propylene copolymer is called TPO (thermoplastic polyolefin, Thermoplastic Polyolefin).  <br> <br>TPO Polymer By Processing <br>Types of TPO products are classified from raw materials and chemical structure, which are relatively simple, so TPO classification is generally distinguished from processing methods: injection molding, TPO extrusion, blow molding, blister, etc. <br> <br>TPO Polymer By Characteristics <br>TPO is a polyolefin elastomer, so its chemical properties are good, and it can be used normally in contact with most chemicals. Its mechanics are mainly outstanding in good heat resistance, high flexural modulus, and impact modulus. TPO It is made of a mixture of olefins, and its electrical insulation is also very good. <br>Flame Retardant TPO <br>Improved Low-temperature Resistance and Improved shrinkage resistance. <br>UV-resisitance TPO <br>Simplify the processing procedures by a large margin and improve the processing efficiency and yield. <br>Anti-static TPO <br>Improved Low-temperature Resistance; improved shrinkage resistance. <br>High Temperature-resistance TPO <br>Keep the section surface smooth and orderly with little retraction rate after immersing in solder machine (350℃/2&quot;). <br>Anti-Mildew TPO <br>The optimized insulant for wires and cables which have special requirements for low-temperature resistance. <br>Microbial-resistance TPO <br>Display a more broad temperature resistant character. <br>Foaming Ocean TPO <br>Improved Low-temperature Resistance, and shrinkage resistance. <br>Low Temperature-resistance TPO <br>Small specific gravity, good impact strength, and low-temperature brittleness. <br>High Hardness TPO <br>Suitable for applications in the cable industry. <br> <br>TPO Polymer Material Properties <br>Improved Low-temperature Resistance <br>In the application of cable insulant, the modification TPO Polymer of ATP can not only meet the requirement of electric performance from the insulant but also display more broad temperature resistant character-displaying excellent mechanical properties and aging properties at the test temperature of -50℃—+125℃. So, this is the optimized insulant for wires and cables which have special requirements for low-temperature resistance. <br>Improved shrinkage resistance <br>The jacket made up of TPO wire and cable insulant from ATP China TPO keeps its section surface smooth and orderly with little retraction rate after immersing in solder machine （350℃/2”）. In the application of high-temperature-resistant cables (TPO extrusion temperature≤125℃) such as charging vehicle cables (EV Cable), equipment connection cables, etc., the jacket made up of TPO wire and cable insulant from ATP takes the place of XLPE materials to meet the requirements of insulant high-temperature aging and shrinkage for nominal cables. And this can simplify the processing procedures by a large margin and improve the processing efficiency and yield. <br> <br>There are many polymer compounding companies, but we are one of the best choices for you. <br>[a]https%3A%2F%2Fwww.atpchem.com%2Fproducts%2Ftpo-thermoplastic-polyolefin-elastomer%2F[/a]