Solve the corrosion problem from the source, PEEK valve liner is well used in chemical, petroleum, pharmaceutical and other industries. In this era of increasingly sophisticated industrial equipment and harsh operating environments, valves, as key components in the fluid control system, are directly related to the performance of the entire system's stable operation and safety. Today, we will unveil a corrosion-resistant valve made of innovative PEEK (polyether ether ketone) material, which realizes a
Why Polyphenylene Sulfide (PPS) The Most Cost-Effective Specialty Engineering Plastics
Why polyphenylene sulfide (PPS) is the most cost-effective specialty engineering plastics Polyphenylene sulfide (PPS) resins, also known as polyphenylene ether and polyphenylene sulfide, are macromolecular linear rigid structures consisting of a benzene ring attached in the para-position to a sulfur atom.PPS is a semi-crystalline engineering thermoplastic that bridges the gap between standard and advanced polymers in terms of price and performance. PPS is
How Much Precision Can Be Achieved In PEEK Machining?
The accuracy of PEEK processing depends specifically on the processing method, processing conditions and the needs of the application scenario. In injection molding, high-precision injection processing can be achieved by optimizing the mold design, improving the performance of the injection molding machine and controlling the melt temperature. In machining, selecting appropriate tool materials and cutting parameters, and utilizing high-precision CNC machine tools for processing, high-precision PEEK products can also be obtained. For specific application scenarios under the demand for high
Black Wukong Goes Viral: High-Performance PEEK Specialty Plastics
Black Goku Goes Viral: High-Performance PEEK Specialty Plastics and New Opportunities for Mass Storage Electronics The popularity of the Black Goku game has led to demand for high-performance PEEK materials and high-capacity storage electronic products. PEEK materials have shown excellent performance in gaming hardware, and high-capacity storage products meet the demand for gaming data storage, and will play a greater role in the gaming industry in the future.
What Exactly Is A PPO Material ?
What is called PPO? PPO, Chinese name is called polyphenylene ether; English name: PPO (Polyphenylene Oxide), also called PPE (Polypheylene ether). PPO is one of the world's top five general-purpose engineering plastics, with hardness, high temperature resistance, flame retardant, higher strength electrical properties of high quality and other characteristics. In addition, Polypheylene ether is also wear-resistant, non-toxic, pollution-resistant, etc. PPO's thermal conductivity
Does PPO Material Resist High Temperature
PPO (polyphenylene ether) sheet is a high-performance engineering plastic sheet, which is widely used in electronics, electrical appliances, automotive and other industries because of its electrical insulation properties, good chemical stability and high heat resistance. The following is a detailed description of the high temperature resistance of PPO sheet and its application characteristics. High temperature resistance of PPO sheet PPO plate has good high temperature performance, specifically in the following aspects:
PPS Plastic: A Leader In High Temperature And Flame Retardant Field
In today's rapidly changing era of materials science, PPS (polyphenylene sulfide) plastics stand out from the rest of the pack as a shining star in the industrial world due to their superior heat resistance and flame retardancy. This article takes a closer look at these two key properties of PPS plastics and how they are revolutionizing a wide range of industries.
Key Tips For Thin-Wall CNC Turning Of PEEK
Efficiency and Precision at the Same Time: Key Techniques and Strategies for Mastering Thin-Walled CNC Turning of PEEK In the vast starry sky of precision manufacturing, PEEK (polyether ether ketone) thin-walled parts as bright stars, with its excellent heat resistance, chemical resistance and excellent mechanical properties, has become an indispensable cornerstone of many high-tech fields. Today, let us explore the mysteries of CNC turning of PEEK thin-walled parts, and unveil the &l
What Is ESD/Antistatic Phenolic Bakelite Sheet
Antistatic Bakelite boards are filler compounds based on phenolic resin. Anti-static Bakelite (WoE Bakelite) is a filler compound based on phenolic resin, and shows high performance in the field of application of anti-static materials. All parts of antistatic bakelite panels have the same antistatic value, and the overall resistance value is 10^8-10^10Ω, with stable antistatic performance. After mechanical processing or surface abrasion, the anti-static va
What Are The Applications Of Bakelite Boards
Bakelite board is also commonly known as glued wood board and phenolic laminated paperboard. Bakelite boards are generally manufactured from a combination of bleached wood-built paper and absorbent cotton paper as well as resin adhesives. Speaking of which, bakelite is also considered an emerging technology products, to our daily life has brought a lot of convenience, however, bakelite does not absorb water, non-conductive, durability is also very good. In the purchase of bakelite when considering its use characteristics, more concerned about the price which, after all, relates to the fin
Bakelite board is widely used, how is it processed? With ordinary manual machine is certainly not, we all know that bakelite is very high density, so it is very hard, bakelite how to process it? Bakelite processing method has a variety of methods, to see the drawings before you can clearly say the processing method. (CNC engraving machine carving, CNC drilling machine drilling, but also lettering, milling, cnc machining center processing ) Processing Bakelite with blowing on it, with tungsten steel knife or PCD knife, white steel knife can not be used. Do not
Do You Know The Origin of Bakelite?
We all know that Bakelite it is not made of wood, but a kind of plastic, is phenolic and aldehydes compounds in the acidic or alkaline catalyst under the action of polycondensation reaction can be made phenolic resin. Phenolic resin and sawdust, talc (filler), urotropin (curing agent), stearic acid (lubricant), pigments, etc. are mixed thoroughly and heated and mixed in a mixer, that is, bakelite powder. Bakelite powder is heated and pressed in the mold to obtain thermosetting phenolic plastic products. Since bakelite is widely used in our life especially in industry, what is the case of
Basic Properties of Specialty Engineering Plastics
Definition of special engineering plastics Specialty engineering plastics is a class of engineering plastics with high comprehensive performance, long-term use of temperature above 150 ℃, such as polyphenylene sulfide (PPS), polyimide (PI), polyether ether ketone (PEEK), liquid crystal polymer (LCP) and polysulfone (PSF). These plastics have rigid backbones, high melting points and well-organized molecular chains, and exhibit excellent stability in high-temperature environments. Specialty engin
10 Factors Why PEEK Machined Seats and Seals Are The Material of Choice
In modern industry, a variety of seals play a vital role in ensuring the proper functioning of equipment and preventing leaks and malfunctions. Among the many sealing materials, PEEK seals stand out for their excellent performance and have become a worthy all-rounder. Next, let's take a closer look at how PEEK seals can make a big difference in different areas.
Characteristics And Applications of PTFE/PVDF/PFA/ETFE/FEP
What is fluoroplastic Fluoroplastics are alkane polymers in which some or all of the hydrogen is replaced by fluorine. Fluoroplastics include: PTFE polytetrafluoroethylene (PTFE), PFA perfluoroalkoxyalkane polymers, FEP perfluoroethylene propylene copolymers, ETFE ethylene tetrafluoroethylene copolymers, ECTFE ethylene trichlorotrifluoroethylene copolymers, PVDF polyvinylidene fluoride, PCTFE polytrifluoroethylene, PVF polyvinylidene fluoride, and so on. Advantages of Fluoroplastics Fluoroplastics are produ
Mechanical Properties Of Polymer Materials
Mechanical Properties 1. Tensile strength In the specified test temperature, humidity and application speed, along the specimen axial direction to apply tensile load, until the specimen damage. Specimen fracture by the maximum tensile stress, called tensile strength (tensile strengt
Chemical And Aging Properties Of Polymer Materials
Chemical properties Polymer chemical properties, usually refers to the surface of the material in acid, alkali, salt, solvents, oils and other chemicals and other media after a certain period of time, its quality, volume, strength, color and so on. 1. Solvent resistance Solvent resistance (solvent resistance) refers to the ability of the material to resist solvent-induced swelling, dissolution, cr
Optical And Electrical Properties Of Polymer Materials
Optical Properties 1. Refractive index When light enters a second medium from a first medium (except for perpendicular projection), the ratio of the sine of the angle of projection to the sine of the angle of refraction is called the refractive index (rerration index). The refractive index of a medium is generally greater than 1. The same medium has different refractive indices for different wavelengths of light. The re
What Are The Thermal Properties Of Polymer Materials
What Are The Thermal Properties Of Polymer Materials? 1. Coefficient of linear thermal expansion The coefficient of linear thermal expansion is the percentage change in length of a material for every 1°C change in temperature. The average coefficient of linear expansion indicates the linear expansion characteristics of a material in a certain temperature range.
Physical Properties of Polymeric Materials
A thermoplastic, also known as thermosoft plastic, is a type of plastic polymer that becomes pliable or mouldable at a high temperature and hardens when cooled. The polymer chains are bonded together via intermolecular forces, which reduce as the temperature increases, producing a viscous liquid. Thermoplastics may be reshaped in this state and are commonly utilised to manufacture parts using polymer processing techniques like injection moulding, compression moulding, calendering, and extrusion.
High-temperature Plastics: Rapid Growth In Challenging Applications
Plastics, classified by long-term use temperature, can be divided into general-purpose plastics, engineering plastics and high-temperature plastics, of which high-temperature plastics are also known as heat-resistant plastics, high-performance plastics, special engineering plastics and so on. General-purpose plastics are plastics that are used for a long period of time at temperatures lower than 100 oC; the five major general-purpose plastics include Polyethylene (Polyethylene, PE), Polypropylene (Polypropylene, PP), Polystyrene (Polystyrene, PS), Polyvinyl Ch
Understanding The “Polysulfone” Family (PPSU, PSU, PES)
What are PSU, PPSU, and PES? Polyphenylsulfone (PPSU) and polyethersulfone (PES) have excellent properties typical of polysulfone (PSU). Compared to PSU, PPSU offers improved heat resistance, inherent flame retardancy, superior chemical resistance, and better mechanical properties, including excellent impact resistance. PES also has better thermal properties than PPSU, and its chemical resistance is intermediate between PSU and PPSU resins.
What Are The Electrical Properties Of Plastic Insulation(2)?
4. Resistance to electrical tracing Tracking, or leakage tracing, is the gradual formation of conductive pathways on the surface of a plastic insulating material under the combined effect of electrical stress and electrolytic impurities. For plastic insulating materials, a common electrical performance index is compared to the el
What Are The Electrical Properties Of Plastic Insulation(1)？
Plastics, most of which are insulating materials (generally speaking, the resistivity of insulating materials is above 107 Ohm-m, i.e., the conductivity is below 10-7 S/m). Plastic insulating materials are important materials for the electrical and electronic industry (Electric and Electronic, E&E), and their rational selection and application is the key to ensure the quality and reliability of electrical and electronic equipment. Plastic insulating materials in the application of the basic properties include electrical properties, mechanical properties, chemical properties, env
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