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Radial Series – Aluminum Alloy Crossed Roller Guides
This series of aluminum alloy slide rails are equipped with special crossed roller bearings. The bearings increase the contact surface between each rail section, eliminating the problem of track collapse caused by the stress of soft and hard materials and high-frequency vibration; at the same time, it reduces the The distance between each section of the guide rail is increased to prevent external substances from contaminating the track; finally, the resistance of the aluminum alloy guide rail to vibration is enhanced. Some models are equipped with buffer parts and dust-proof scrapers.
It can be classified into seat slide rails, corrosion-resistant slide rails, special vehicle slide rails, and fire truck slide rails.
This series of aluminum alloy slide rails are equipped with special crossed roller bearings. The bearings increase the contact surface between each rail section, eliminating the problem of track collapse caused by the stress of soft and hard materials and high-frequency vibration; at the same time, it reduces the The distance between each section of the guide rail is increased to prevent external substances from contaminating the track; finally, the resistance of the aluminum alloy guide rail to vibration is enhanced. Some models are equipped with buffer parts and dust-proof scrapers.
It can be classified into seat slide rails, corrosion-resistant slide rails, special vehicle slide rails, and fire truck slide rails.
- This series of SDTS guides is suitable for use in corrosive environments where prolonged exposure to outdoor molecules is required. The compact structure allows the system to be used in train chassis battery boxes that need to pass through harsh environments, military vehicles that need to operate at negative temperatures, large generators and heavy equipment guardrail... Let's wait. The guide rail is made of solid stainless steel, and the track is processed with precision machining, so that the guide rail has excellent resistance to vibration and impact. The rail itself and the steel ball are made of stainless steel 316L, the end stop pin is stainless steel 304, and the cage material is ferritic stainless steel 430. Comprehensive corrosion resistance of the guide rail.
- Due to the strong movable "I-beam" structure, this series of guide rails can provide strong rigid support for dynamic loads when deployed, and is stronger than many cold-rolled C-type guide rails. This series of guide rails is not equipped with any plastic parts, making it suitable for high and low temperature range applications. The SDTSB version can be extended to the full range in both directions, please contact the business for enquiries.
- This series of SDTS guides is suitable for use in corrosive environments where prolonged exposure to outdoor molecules is required. The compact structure allows the system to be used in train chassis battery boxes that need to pass through harsh environments, military vehicles that need to operate at negative temperatures, large generators and heavy equipment guardrail... Let's wait. The guide rail is made of solid stainless steel, and the track is processed with precision machining, so that the guide rail has excellent resistance to vibration and impact. The rail itself and the steel ball are made of stainless steel 316L, the end stop pin is stainless steel 304, and the cage material is ferritic stainless steel 430. Comprehensive corrosion resistance of the guide rail.
- Due to the strong movable "I-beam" structure, this series of guide rails can provide strong rigid support for dynamic loads when deployed, and is stronger than many cold-rolled C-type guide rails. This series of guide rails is not equipped with any plastic parts, making it suitable for high and low temperature range applications. The SDTSB version can be extended to the full range in both directions, please contact the business for enquiries.
