Specializing in the production of crane nylon sliders with rich experience
Origin: Huaian Jiangsu Material: Nylon, PA6/MC
Name: Crane Nylon Slider Technology: Injection/Centrifugal Casting/CNC Processing
Color: Custom Color Sample: Cost Buyer
Brand: Haida Injection: Centrifugal Casting
Size: customized according to demand
In construction machinery, the slider is almost an indispensable part. For example, the slider for the support of the crane boom of a truck has been made of brass in the past. Now, after using the MC nylon slider, the service life is increased by 4-5 times. MC nylon slider has a long service life and can maintain lubrication performance for a long time after one-time refueling. At the same time, it also has the advantages of impact resistance, vibration resistance, fatigue resistance, low noise, light weight, convenient assembly, and wear resistance.
Advantages of crane nylon slider
1. Excellent comprehensive performance, especially good mechanical properties, impact resistance is better than general thermoplastics, other such as heat resistance, low temperature resistance, chemical resistance, electrical insulation properties, etc.,
2. Light weight and easy to replace. Reduce labor intensity.
The use of crane nylon slider: wear-resistant and stress-relieving parts in machinery, instruments, automobiles, etc.
Supply Ability: View purchase volume
Packaging and transportation
Packaging details: Usually we use bubble film and cardboard boxes, if necessary, wooden pallets or wooden boxes will be used. Small items are packed in self-sealing bags + cartons. Large items are packed in wooden bags + wooden boxes.
How to ensure product quality？
We have decades of production experience, professional production equipment, and testing instruments。
Can your products be customized？
Support various specifications and various colors of customization, can provide us with drawings, we can directly produce
How is tear resistance
The impact compressive strength increased and exceeded the valley value of about 2 million. At this time, the content increases and the impact compressive strength decreases. This is because the molecular structure chain temporarily blocks its light crystallization effect, so there is a large amorphous region in the biological macromolecule, which can digest and absorb a large impact kinetic energy.