Modified POM materials (polyoxymethylene materials) are improved by adding different modifiers (such as toughening agents, fillers, UV inhibitors, etc.) to improve the original properties of POM, making it more widely used. Common modified POM materials include toughened POM, wear-resistant POM and UV-resistant POM, etc. These materials have been used in many fields, especially in environments requiring high strength, wear resistance, UV resistance and better impact toughness.

The following are the application fields and characteristics of modified POM materials:

1. Application of toughened modified POM materials
Toughened POM is to improve its impact toughness and brittleness resistance at low temperatures by adding toughening agents (such as rubber, polyester or other flexible materials) to POM. It is suitable for the following fields:

Application fields:

Automotive industry: Toughened modified POM is often used in automotive parts, such as automotive interior parts, window lifters, seat adjustment devices, etc., which can effectively improve the impact toughness of parts at low temperatures and reduce the risk of damage to parts in the car.
Electronic industry: For example, it is used in connectors, switch housings and other electronic products that require good impact resistance.
Home appliance industry: Toughened POM is widely used in home appliance gears, pump bodies, power tool parts, etc., especially in situations where high toughness and durability need to be maintained during long-term use.

Features:
Improve low-temperature impact performance: POM is not easy to crack at low temperatures, suitable for applications in cold environments.
Improve impact resistance: The modified POM has better impact resistance and flexibility.

2. Application of wear-resistant modified POM materials
Wear-resistant modified POM has a lower surface friction coefficient and stronger wear resistance by adding fillers such as solid lubricants and ceramic particles. This material is very suitable for use in high-friction environments, especially mechanical parts and the automotive industry.

Application areas:

Automotive industry: such as automotive transmission system components (gears, bearings), brake pads, clutch components, etc., these components will be subjected to high friction during use, and the wear resistance of modified POM can greatly improve the life of the components.
Mechanical engineering: For example, it is used to manufacture high-load, low-friction mechanical components such as industrial gears, bearings, and slide rails.
Home appliances and tools: such as components such as gears, pulleys and bearings in power tools, which can effectively extend the service life of components.
Features:
Excellent wear resistance: Modified POM material has extremely low friction coefficient and excellent wear resistance.
Extended service life: In high friction and low lubrication environment, it can significantly extend the service life of parts.
Self-lubricating property: It can reduce the need for additional lubricants and maintain good performance for a long time without additional lubrication.

3. Application of UV-resistant modified POM material
UV-resistant modified POM can effectively resist UV radiation by adding UV stabilizers or antioxidants to prevent aging, brittleness or fading, and is particularly suitable for outdoor or sun-exposed applications.

Application areas:

Outdoor equipment: such as outdoor sports equipment (skis, skateboards) and outdoor furniture, plastic parts exposed to the sun for a long time need UV-resistant materials to prevent fading and aging.
Automotive industry: such as headlight housings, window seals, exterior trims and other exposed automotive parts, which are exposed to UV radiation for a long time, and modified POM materials can effectively extend their service life.
Electronic product housings: such as solar equipment housings and electronic product housings, these parts need UV-resistant modification to meet the needs of long-term exposure to outdoor environments.
Features:
Anti-ultraviolet performance: effectively resists ultraviolet radiation and delays the aging process.
Anti-fading and anti-aging: can keep the color bright and prevent the brittleness and cracking of the material.
Suitable for outdoor applications: especially suitable for outdoor exposure and applications that require long-term sunlight resistance.

Summary:
The modified POM material has stronger adaptability and durability through toughening, wear resistance, and UV resistance, and can provide more solutions in different application fields. For industries such as automobiles, electronics, machinery, and outdoor equipment, the modified POM material can meet the harsh working environment requirements such as high strength, wear resistance, and UV resistance.