Pom Rod
Polyacetal / POM-C Rods. The POM material, commonly called acetal (chemically known as Polyoxymethylene)has a copolymer named POM-C Polyacetal plastic. It has a continuous working temperature that varies from -40 ° C to +100 ° C.
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Quality assurance
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POM-C (Acetal ) virgin is an unmodified acetal copolymer that has many great properties that are not available in other plastics. The material combines the properties of high mechanical strength, good machinability, excellent dimensional stability, very rigidity, and resistance to cleaning agents together.
The Commonality and Difference Between Pps Bar and Pom Bar
Commonality
Both profiles are polymer / high rigidity / high strength thermoplastic engineering plastics, both have high mechanical properties and dimensional stability, as well as good surface hardness, high wear / fatigue resistance, are more suitable for mechanical transmission parts.
Difference
Different working temperatures, PPS rods long-term temperature in the 180-220 degrees between long-term work, and POM rods working temperature is only 80-100 degrees; acid and alkali resistance is different, although POM can also be resistant to part of the acid and alkali and solution but with PPS compared to its acid and alkali / corrosion-resistant range is relatively narrow, in the known thermoplastic engineering plastics, PPS acid and alkali resistance has the most extensive and high stability; electrical properties are different, PPS has high mechanical properties and dimensional stability, as well as good surface hardness, high wear resistance / fatigue resistance, are more suitable for mechanical transmission parts. High stability; electrical properties are different, POM rod voltage resistance is only 15KV, dielectric constant is 3.8, PPS rod voltage resistance is 25KV, dielectric constant is 3.2; fatigue and self-lubricating strength is different, PPS rod has a high self-lubricating properties, especially without lubrication under the conditions of the coefficient of friction to maintain a lower and heat-resistant does not fall out of the skin, POM rods are prone to fatigue performance decline and prone to high temperature and high load conditions. POM rods are prone to fatigue performance decline and easy to peel.
Characteristics and Application of Polyoxymethylene POM Rods
POM rod, or polyoxymethylene rod, is a high-performance engineering plastic. It has excellent mechanical properties, chemical stability, wear resistance, fatigue resistance and other characteristics, and is widely used in automobiles, electronics, machinery, chemicals and other fields.
The preparation process of POM rods requires multiple steps such as polymerization, extrusion, and cooling. Among them, polymerization is a key step, and it is necessary to control the reaction temperature, pressure, catalyst and other conditions to ensure the smooth progress of the polymerization reaction. During the extrusion process, it is necessary to select a suitable mold and extrusion conditions to ensure the dimensional accuracy and surface quality of the POM rod.
POM rods have excellent mechanical properties, such as high strength, high hardness, and high elastic modulus. These properties make POM rods perform well in terms of heavy loads, high-speed operation, and wear resistance. In addition, POM rods also have excellent chemical stability and can resist the erosion of a variety of chemical substances, so they are widely used in the fields of chemicals, electronics, etc.
In the automotive field, POM rods are used to manufacture engine parts, bearings, gears and other components. These components need to withstand harsh conditions such as high-speed operation, heavy loads, and high temperatures, and the excellent performance of POM rods can meet these requirements. In addition, POM rods can also be used to manufacture the support structure of automotive parts to improve the stability and safety of automobiles.
In the field of electronics, POM rods are widely used to manufacture electronic components such as connectors, sockets, and switches. These components need to have good wear resistance, chemical corrosion resistance, and insulation properties, and POM rods have these characteristics. In addition, POM rods can also be used to manufacture the support structure and housing of electronic equipment to improve the stability and durability of the equipment.
In addition to the automotive and electronic fields, POM rods are also used in machinery, chemical industry, medical equipment and other fields. In the field of machinery, POM rods are used to manufacture bearings, gears, transmission devices and other components to improve the efficiency and stability of mechanical equipment. In the field of chemical industry, POM rods are used to manufacture chemical equipment such as valves, pipes, and pumps to withstand the erosion of chemical substances and high temperature and high pressure environments. In the field of medical equipment, POM rods are used to manufacture surgical instruments, dental instruments and other medical equipment to ensure the hygiene and safety of the equipment.
The application of POM rods is not limited to the above fields, and can also be customized according to specific needs. For example, POM rods can be processed into parts of various shapes and sizes through cutting, drilling, turning and other processing methods to meet the needs of different fields. In addition, POM rods can also be surface treated by surface spraying, electroplating and other methods to improve their aesthetics and corrosion resistance.
Environmental Analysis of Pom Rod Production Process
Raw material selection
The raw material of POM rod is mainly formaldehyde, which is a toxic and harmful substance. Therefore, choosing low-toxic and low-residue formaldehyde as raw material is the key to ensuring the environmental protection of POM rod production process. At the same time, enterprises should also give priority to renewable resources or biodegradable materials as raw materials to reduce the burden on the environment.
Melt extrusion
During the melt extrusion process, the temperature and pressure of the extruder need to be controlled to avoid the generation of harmful gases and waste. In addition, the use of advanced energy-saving extruders can effectively reduce energy consumption and reduce carbon emissions.
Cooling and shaping
During the cooling and shaping process, environmentally friendly coolants need to be used to avoid the use of coolants containing heavy metals or other harmful substances. At the same time, optimize the cooling and shaping process to reduce energy consumption and waste generation.
Cutting and packaging
During the cutting and packaging process, environmentally friendly cutting fluids and packaging materials should be used to reduce the impact on the environment. In addition, optimizing the cutting process and reducing waste generation are also important measures to improve the environmental protection of the production process.
Acetron® GP Polyoxymethylene POM-C FG (Food Grade) / Ertacetal® C Polyoxymethylene POM-C FG (Food Grade) is a general purpose, copolymer acetal grade that is favored for its porosity free nature, as well as its higher resistance to hydrolysis, strong alkalis, and thermal oxidative degradation than homopolymer acetal ...
What Are the Food Grade Pom Materials
High temperature resistance
Food-grade POM can withstand high temperatures (usually up to about 140°C for a short period of time), making it suitable for applications such as hot water disinfection, steaming and high-temperature food processing.
Excellent physical properties
Food-grade POM has high strength, rigidity and wear resistance, making it suitable for manufacturing food processing equipment, conveyor system components, food packaging and seals, etc.
Chemical resistance
Food-grade POM has good tolerance to common foods and detergents such as acids, alkalis, and alcohol, and will not deteriorate or contaminate food due to contact with chemicals.
Low friction coefficient
Food-grade POM material has a low friction coefficient and self-lubricating properties, which enables it to perform excellently in the transmission, rotation and moving parts of food processing equipment.
Discover the variety of round rods made of POM with a wide range of diameters, colours and lengths. Whether you need a diameter of 20 mm, 25 mm, 30 mm, 40 mm or 50 mm - you are guaranteed to find what you are looking for. Choose from a wide range of colours including blue, yellow, green, orange, red and natural. Our POM round rods come in a standard length of 1000 mm, giving you plenty of scope for your projects. Rely on the numerous advantageous properties of POM and use the versatility of our round rods to realise your individual projects. Order your POM round rods easily online in this category now.
POM round rods from Movet are made of polyoxymethylene, a high-quality plastic with impressive properties. Its high strength, rigidity and chemical resistance make POM ideal for demanding technical applications. Low moisture absorption and excellent dimensional stability ensure long-lasting performance and precise results. POM also offers a low coefficient of friction, resulting in low-friction movement without slip-stick effect and low wear even under heavy use. Thanks to its abrasion resistance and resistance to chemicals, POM is a reliable choice for various industries such as automotive, electrical and more. With Movet POM bar stock, you can rely on one of the most robust plastics available to successfully implement your individual applications.
Our Factory
Zero Engineering, a former marketing sector of Zhe Long Plastic Co. (Registration No. 3302041001203) established in 2000, focuses on special plastic rods and sheets. Adhering to independent technology, Zero Engineering puts such high value on researching and developing that we make or design everything from the production line to tooling. We are also known as the inventor of “Pulse Extrusion” (Invention Patent No.201410330331.1), creating the top products of plastic such as PPS, PEEK, TPI, etc. Currently, we have 30 production lines of extrusion rods and sheets, displaying an immense abundant producing ability. There is a stable team of skilled workers, and most of them have been engaged in extrusion work for more than ten years with a deep understanding of extrusion. Zero Engineering, a domestic-leading firm of special plastic rods and sheets, has rich manufacturing experience.
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