Caprolon (polyamide) https://ukrstarline.ua/en/plastics-and-polymeric-materials/caprolone-polyamide – is a high-strength polymer material of standard white color (depending on the pigment, it can be any color). It is resistant to wear, alkalis, mineral acids, mechanical damage, and is odorless. It is subject to various treatments. We suggest that you familiarize yourself in detail with the advantages, types, and selection of this material.
Types of caprolon (polyamide)
Various methods are used to manufacture the material, which affect its technical characteristics. Due to this, this polyamide is divided into the following types:
- Casting: Caprolon is inexpensive and easy to manufacture. It is used to produce elements and spare parts intended for various equipment.
- Extruded: This material has low heat resistance, is not suitable for strong heating, the maximum temperature of use is no more than 100 degrees.
- Heat-resistant: Some types of polyamide are heat-resistant and can withstand temperatures up to 225 degrees.
- Food: The material does not cause harm when in contact with food. This is due to the hygienic control to which it is subjected without fail.
- Addition of solid lubricants: Due to the graphite included in the composition, the material reduces the coefficient of friction and noise level, and increases wear resistance.
- With the addition of fiberglass or polyethylene: These fillers significantly increase the strength of caprolon.
Given the wide range, you can choose polyamide that meets sanitary norms and quality standards, suitable for performing various purposes and tasks. It is suitable for the aviation industry due to its strength and resistance to significant loads. It is also in demand in mechanical engineering and in the manufacture of various parts, mechanisms, components.
Advantages of using caprolon (polyamide) today
Caprolon is actively used in various fields due to its advantages:
- Corrosion resistance: Polyamide is not afraid of high humidity, it retains its original shape when in contact with aggressive substances (alkali, acid, alcohol, etc.). Caprolon is also resistant to chemical influences and corrosion processes.
- Minimum friction index: Due to this property, caprolon is used in units and parts subject to friction, without additional lubricants. It also ensures low energy loss.
- Resistance to premature wear: Polyamide is resistant to vibration and mechanical impacts, ideal for mechanical engineering and construction work.
- Low weight: Caprolon is quite strong and dense, it is used in various frame structures, it will also be an excellent alternative to steel and bronze analogues, it can reduce the pressure on the foundation.
- Electrical insulating properties: This polyamide does not conduct electric current, is ideal for the manufacture of insulators, and provides reliable insulation.
- Harmlessness: Even when used in extreme conditions, caprolon does not harm your body, does not emit toxins, and does not have a negative impact.
- Easy processing: Caprolon sheets can be milled, sanded, drilled, etc.
Caprolon is durable, reliable, practical, resistant to negative environmental impacts. It is an ideal solution for insulating wires and manufacturing parts subject to significant friction.
How to choose caprolon (polyamide)
When choosing caprolon, certain indicators should be taken into account:
- Dimensional stability: The material is able to maintain its original size even under extreme conditions of use and under the influence of negative external factors.
- Mechanical stress: If the static strength is exceeded, the nylon may begin to deteriorate. If the dynamic strength is exceeded, there is also a risk of deformation.
- Flammability index: To reduce this criterion, various special additives are added (non-toxic, interacting well with other components).
Thanks to the above factors, it is possible to select caprolon that meets the necessary requirements and standards. The material ensures the efficiency of work and the quality of manufactured parts.
Conclusion
Caprolon is in demand in various industries due to its strength and resistance to aggressive environments. It withstands chemical and mechanical impacts, and a fairly high temperature regime. When heated, it does not emit toxins and is absolutely safe for your health. The material is suitable for any field of activity, and is especially relevant in mechanical engineering and aircraft construction.