Engineering Plastic Nylon Gear Professional Customization

Description

All the content of this page is from the Internet, and is only for reference for product selection. Our products are replacement parts and not original spare parts. We are not the holder of the original trademarks mentioned in the content. Our replacement parts are suitable for after-sales use and may not be identical to the original spare parts. For original spare parts, please contact the original factory or supplier for purchase.

Engineering Plastic Nylon Gear Professional Customization

The Engineering Plastic Nylon Gear is a customized product made through injection molding. It is designed to meet the GB and JIS standards. Its main feature is its wear-resistance, making it suitable for various applications.

Here are some key features of the Engineering Plastic Nylon Gear:

– High mechanical strength: The gear has good toughness, high tensile strength, and compressive strength. Its specific tensile strength is higher than that of metal, while its specific compression strength is similar to metal. However, its rigidity is not as good as metal. The tensile strength is close to the yield strength and is more than twice as high as ABS. It has strong shock, stress vibration absorption capacity, and higher impact strength compared to general plastics.

– Outstanding fatigue resistance: The gear can maintain its original mechanical strength even after repeated bending. This feature is particularly useful in applications where periodic fatigue is evident, such as escalator handrails and plastic bicycle rims.

– High softening point and heat resistance: The Engineering Plastic Nylon Gear has a high crystalline structure, resulting in a high thermal deformation temperature. It can withstand temperatures up to 150 degrees Celsius for extended periods. With the addition of glass fiber reinforcement, the thermal deformation temperature can reach above 250 degrees Celsius.

– Smooth surface and wear resistance: The gear has a smooth surface and a small friction coefficient, resulting in excellent wear resistance. It can function as a movable mechanical component with self-lubrication, low noise, and no lubricant required under low-friction conditions. If lubricants are needed, water, oil, grease, and other options can be used. As a transmission component, it offers a long service life.

– Corrosion resistance: The Engineering Plastic Nylon Gear is resistant to alkali, most salt solutions, weak acids, oil, gasoline, aromatic compounds, and general solvents. It is inert to aromatic compounds but not resistant to strong acids and oxidants. It can withstand erosion from gasoline, oil, fat, alcohol, alkali, and other substances and has excellent anti-aging properties.

In summary, the Engineering Plastic Nylon Gear is a versatile and reliable component with high mechanical strength, outstanding fatigue resistance, heat resistance, smooth surface, wear resistance, and corrosion resistance. It can be used in various applications, including mechanical processing parts, injection molded parts, and more.

Find Similar Products By Category:
– Mechanical processing parts
– Injection molded parts
– UPE bar
– UPE extrusion
– UPE fittings
– UPE sheet

For more information about our products and services, please visit our website.

Ever-Power Group

Ever-Power Group specializes in supplying various Plastic Gear for industrial use. Our product range includes Plastic Spur Gear, Plastic Helical Gear, Plastic Worm Gear, Plastic Bevel Gear, Plastic Pinion Gear, Plastic Nylon Gear, Plastic Transmission Gear, Plastic Sprocket Gear, Plastic Wheel Gear, Plastic Injection Gear, Plastic Ring Gear, Plastic Rack Gear, and more. We offer high-quality products, competitive prices, and excellent customer service. We welcome customers to contact us for customizations based on drawings or samples.

FAQ
1. What are the main features of Engineering Plastic Nylon Gear?
2. How is the Engineering Plastic Nylon Gear resistant to wear and fatigue?
3. What is the temperature range that the Engineering Plastic Nylon Gear can withstand?
4. Can the Engineering Plastic Nylon Gear function without lubrication?
5. What are the corrosion resistance properties of the Engineering Plastic Nylon Gear?