Polyacetal https://ukrstarline.ua/en/plastics-and-polymeric-materials/polyacetal – is a highly crystalline and thermoplastic material resistant to deformation, alkalis and various solvents. It is characterized by elasticity and high impact strength. However, it is afraid of strong oxidizers and acids. The most popular form of release are rods and sheets. They are durable, reliable, provide high performance of all mechanisms and uninterrupted operation. We suggest considering the varieties, advantages and rules for choosing this material.
Types of polyacetal
Polyacetal is available in several varieties. Each has its own individual characteristics:
- Basic type: The material has an improved modification and is protected from ultraviolet rays.
- Reinforced and filled: Such polyacetal rods and sheets are maximally elastic and tear-resistant. This quality is due to the glass microspheres, chalk, talc and chopped glass fiber included in the composition.
- Modified: The material contains special silicone, wax, chalk and other additives, due to which it has acquired tribological properties.
Polyacetal may also contain polymers with impact strength or increased electrical conductivity. Sheets and rods are blanks for the manufacture of various parts used in the medical, food, electrical, textile, and mechanical engineering industries. Choosing the right type ensures that the resulting products meet quality standards.
Advantages of using polyacetal today
Polyacetal rods and sheets are used in various industries due to their unique properties and a number of the following advantages:
- High strength and rigidity: The material is optimal for the production of various structures due to its resistance to mechanical damage. It is ideal for the production of parts that require resistance to deformation, rupture, and chipping.
- Chemical resistance: Polyacetal rods and sheets are resistant to aggressive substances, including solvents and oils. They can be used in extreme working conditions.
- Minimum friction index: Due to its antifriction properties, the material reduces wear of elements, significantly extends their service life. This characteristic is especially important in mechanisms that require a high degree of precision.
- Thermal stability: Polyacetal rods and sheets have a wide temperature range, can be used in various conditions, and are not afraid of temperature changes.
- Easy processing: The material can be mechanically processed, allowing parts of various shapes to be produced with maximum precision and the required dimensions.
Polyacetal is resistant to wear and negative impact of environmental factors. It easily tolerates sharp temperature fluctuations and is not afraid of aggressive substances. Rods and sheets are suitable for the manufacture of various parts and structures, extending their service life.
How to choose polyacetal
To select the most suitable polyacetal sheets and rods, the following criteria must be taken into account:
- Type: The choice depends on your needs. Each type has its own individual advantages.
- Size: The material must meet the needs, when choosing it is necessary to carefully calculate each element and detail separately. Remember that the material is processed, due to which it is possible to manufacture a component of the required shape and size.
- Manufacturer: Give preference to reliable suppliers to be completely confident in the quality and durability of this material.
Due to the above factors, the choice of material will not cause any difficulties. You will easily select polyacetal rods and sheets that meet specific goals, meet your wishes and requirements, sanitary norms and quality standards.
Conclusion
Polyacetal rods and sheets are resistant to various environmental factors. The products are durable, strong, reliable, practical, and are not afraid of mechanical damage, chemical exposure, or corrosion processes. They are suitable for the automotive industry, food industry, electronics, and mechanical engineering. They do not harm the environment or your health, and do not cause allergic reactions. Finished parts are obtained by casting, blow molding, or pressing (the service life is significantly extended, and resistance to wear, and high temperatures is improved).