The DW type xipuli dust seal is used to prevent dust, dirt, sand particles, and metal shavings from entering the oil cylinder, reducing the risk of external contaminants infiltrating the sliding components and causing scratches. The special design of the dust seal lip achieves excellent dustproof effects. Experience has shown that the DWI type has strong wear resistance, minimal permanent deformation, and resistance to external mechanical impacts. By utilizing the interference fit between the outer diameter of the sealing groove and the metal, the dust seal can be firmly installed in the appropriate position along the axial groove. With flush mating, all lips provide high protection against damage caused by external factors. From an engineering perspective, the DWI type dust seal is a suitable cylinder head sealing device.
Application range: hydraulic cylinders and valves Operating temperature: -35~+100℃ Surface speed: ≤2m/s Installation: The outer diameter of the DWI dust seal is slightly larger to ensure a reliable tight fit in the groove DH8. Contact between the lip of the dust seal and the piston rod hole or other connecting components should be avoided.
Material: XA-2092 is a high-performance nano-polyurethane material independently developed by Xipuli. Compared to other polyurethane materials currently available on the market, it exhibits superior resistance to high and low temperatures, enhanced hydrolysis resistance, and minimal compression deformation.
Application range: hydraulic cylinders and valves Operating temperature: -35~+100℃ Surface speed: ≤2m/s Installation: The outer diameter of the DWI dust seal is slightly larger to ensure a reliable tight fit in the groove DH8. Contact between the lip of the dust seal and the piston rod hole or other connecting components should be avoided.
Material: XA-2092 is a high-performance nano-polyurethane material independently developed by Xipuli. Compared to other polyurethane materials currently available on the market, it exhibits superior resistance to high and low temperatures, enhanced hydrolysis resistance, and minimal compression deformation.
