Polyether flame retardant grade, with low halogen flame retardancy, high mechanical strength, excellent hydrolysis resistance, antibacterial properties and low temperature resistance. Suitable for injection, extrusion, etc., and can be used in products requiring flame retardancy, such as wires and cables, sheaths, and hoses.
TPEE Product Features: TPEE has high strength, high elasticity, oil resistance, acid and alkali resistance, high temperature resistance, and radiation resistance. Excellent dynamic mechanical properties and other characteristics The operating temperature range is -50 ~+180 , and the hardness range is 28-74D.
TPE H series (high-performance bonding specifications) High-performance bonding specifications, with excellent touch, matte texture, shock absorption and anti-slip, weather resistance, hardness range: shore 50A-shore 80A, injection molding, widely used Suitable for secondary injection bonding with ABS, PC, PA, PBT, POM, etc. Such as: various types of grips for power tools, garden tools, etc., and various types of shell edging for communication toys, electronic appliances, etc.
TPE 6 series (transparent specifications) Transparent specifications, with excellent weather resistance, high transparency, high elasticity, high physical and mechanical properties and medical food requirements, hardness range: shore 5A-shore 80A, can be molded by injection molding or extrusion , suitable for products requiring transparency such as food utensils, baby bite rings, medical equipment, shock-absorbing and shock-absorbing materials, etc.
PPO+20%GF Features 1 Excellent Dimensional Stability 2 Low water Absorption 3 Hydrolysis Resistance 4 High Heat Resistance Applicable to: water treatment industry, pump casing, impeller, textile yarn tube
PPO features: -Non-halogen Flame-retardant -Low Temperature Impact Resistance -High and Low Temperature Cycling Resistance -Excellent Weatherability
Material: Polyacetal Features: high rigidity, self-lubricating, good wear resistance Application: gears, buckles, etc.
1. Product: PET Flakes 2. Grade: recycled Bottle Flake, Hot Washed 3. Color: 100% Clear, white 4. Form: Flake 6-14mm Product name: PET flakes, PET recycled flakes, PET resin, PET Grade:Recycled flakes, hot washed by Steam 80-90degree Color:100% clear, white, Blue/Green Transparency:90% PVC content:< 2ppm Moisture:< 1% Impurities:< 0.01% Packing :25 / 50 / 100 / 500 / 1000kg per bag Packing material:PP woven bag or paper bag Loading weight:25.00 TON per 40HQ Supply ability:1000 per month Minimum order quantity:25 TONS
Polyamide PA66 has good rigidity, hardness, abrasion resistance and thermal dimensional stability. In addition, PA66 has outstanding wear resistance and low frictional properties. It also has very good temperature, chemical, and impact properties. Users should be aware of PA66 propensity to absorb moisture which could affect dimensional stability. In fact, PA66 will tend to absorb more moisture at saturation than cast PA6G. The material is used in: Automobile industry Engineering industry Production of single-purpose machines
PET (Polyethylene Terephthalate) Resin is cream or pale-yellow crystal, with smooth and shiny surface. Resistance to creep deformation, fatigue resistance, abrasion resistance and dimensional stability are perfect. Small wear and tear but high hardness, its toughness is the largest in thermoplastic. The electrical insulation of PET is perfect and little be affected by temperature, however, poor corona resistance. PET is non-toxic, weather resistance, and anti-chemical stability is very good. PET is low water absorption, resistance to weak acids and organic solvents. Intolerance of hot water immersion and alkali. Feature: 1.Oil resistant, fat resistant, acid resistant, alkali resistant, resistant to most solvents. 2.Excellent resistance performance of high and low temperature. 3.Non-toxic, tasteless, health and safety. 4.Transparent, UV blocking, good glossiness. Specification Item Unit Index Intrinsic viscosity (IV) dL/g 0.80 �± 0.02 Crystallinity % â?¤60 Acetaldehyd Content ppm â?¤1.0 Color (L-value) â?¥83 Color (b-value) â?¤1 Melting point �°C 243 �± 2 Moisture Content %/w â?¤0.4 Weight of 100 chips g 1.55 �± 0.10 Dust content ppm â?¤100 Application 1. It is widely used in packaging, electronics, health care, construction, automotive and other fields. 2.It is used in synthetic fibers, and engineering resins often in combination with glass fiber. 3.Beverage, food and other liquid containers.
We are China biggest oxidized polyethylene wax manufacturer with capacity 15,000MT per year,we have been in production of OPE wax more than 20 years. With the high and stable quality,currently we have taken China biggest market share in pvc foam board,WPC,SPC and pvc stabilizer.We also have taken India 1st market share since 2017 which could be seen from the India custom data. We have advantages in high density oxidized polyethylene wax , Our OA series OPE wax can completely replace Honeywell and BASF products with more competitive price widely used in the PVC products and PVC stabilizer industry. We have also established long-term cooperation with international stabilizer manufacturers such as Baerlocher and Sunace in some advantage products like OA716 which has high melt point and good fusion,it can be used in most pvc products to replace Honeywell AC316. OA719 which has high viscosity and high melt point to replace Honeywell AC307,with the highest viscosity it take good dispersivity in high filler formulation and promote good fusion to have better surface in pvc products. OA316A+ our R&D work out the advantage catalyst same as A-C 316A, it is the only grade in the market could totally replace Honeywell A-C 316A in most application like PVC products, PVC foam board, calcium zinc stabilizer, PVC stabilizer, color masterbatch, coating, cable,emulsion , printing, dyeing and textile, asphalt modification, etc.
PEEK 150G
VICTREX peek 90g
GENERAL PROCESSING AID General processing aid is mainly used to promote PVC compound's fusion. lt can be widely used in PVC profile, Pvc pipes and pipe fitting, Pvc foaming products, SPC flooring, stone-plastic wall panel, thin PVC film, WPC and so on.
PVC IMPACT MODIFIER(AIM) * Acrylic impact modifier is special core-shell type of copolymer. lt can enhance products impact strength under low temperature. * lts core is the lightly crosslinked acrylic ester copolymer, which can transfer external impact energy into heat; its shell is MMA copolymer, which has good compatibility with Pvc. Our products also has good processability, and endow the products with excellent glossiness and weatherability.
PVC FOAMING REGULATOR * Our PVC foaming regulator is a new developed foaming regulator. lt is a kind of acrylic processing aid, which has all functions of common acrylic processing aid, but it has higher molecular weight and excellent melt strength. * lt's high foaming efficiency enable converters to meet the most demanding requirements in foam core pipes and foam profile formulations using lower addition levels.
FEP (polyperfluorinated ethylene-propylene) is a fluorine plastic that can be processed by melting. FEP can be used in applications where the enhanced characteristics and temperature ratings of PFA are not required. FEP fluoroplastics are processed by conventional melt extrusion techniques as well as injection, compression, transfer and blow molding processes. FEP fluoroplastics are ideal for wire coating and molding a variety of end-use items and components. FEP offers the perfect combination of all fluoroplastic properties; Wide operating temperature range, excellent dielectric and electrical properties, low friction coefficient, low flammability and chemical resistance. FEP has a temperature range of up to 200�°C (392�°F).
FEP is a copolymer of TFE and HFP. It retains most of the desirable properties of PTFE, but the melt viscosity is low enough for conventional melt processing, and the melting point of FEP is 260 ° C, while the first melting point of PTFE is 340 ° C. The continuous operating temperature of FEP is 205â??, while that of PTFE is 260 FEP resins are available in a variety of grades to meet a variety of processing and end-use requirements. Different grades of FEP differ mainly in terms of molecular weight, but they all have the same use temperature, electrical properties, and chemical resistance. With the increase of molecular weight and melt viscosity, the mechanical properties and pressure cracking resistance also increase. However, these improvements come at the cost of processing difficulty and processing speed. Everflon offers improved grades that provide a better combination of pressure cracking resistance and processing speed
JINT-502 is redispersible polymer powder with high bonding strength for dry mix mortars. It could be used in wall putty, tile adhesive and EIFS. Provide excellent bonding strength in applications.
EverFlon ®PTFE Dispersion Fine Powder F500 is a soft white polymer made from a water-based dispersion of PTFE. These fine powders have the lowest coefficient of friction, highest heat resistance, chemical resistance, electrical properties and non-stick properties of all fluoropolymers. It has the unique ability to shear a lubricating paste by extruding it into a bonded fiber matrix with useful structural integrity. EverFlon ®PTFE F500 is designed for machining at medium and high pressure rates from 100:1 to 600:1. It is particularly suitable for the production of high quality tubes, spiral tubes and wire coatings. This grade is also well suited for post-processing techniques such as flanging, welding, blow molding and turning. Processing suggestion EverFlon ®PTFE F500 is extruded using liquid processing AIDS such as naphtha. During the paste extrusion process, the powder is mixed with a lubricating agent and then compressed under light pressure (1.5-2.0 MPa[220-290 psi]) into a cylindrical pre-formed bad material. The preformed blank is placed into the barrel of the paste extruder, where the composition is passed through a finishing die under high pressure to produce foaming, tubing or wire coating. After extrusion, the product has a low density but coherent fiber structure. PTFE F500 is usually processed under heat in a step-by-step process into solid resin products, such as tubes. Heating is carried out in two steps, either simultaneously with extrusion or separately. Usually the lubricant must be removed first by heating in a temperature range of 100-300°C(212-572°F). A sintering step is then performed to melt the resin above its melting point of approximately 342°(648°F) and produce a non-porous solid PTFE resin.
