Custom manufacturing of mold sliding plates, hydraulic machine guide plates for self-drilling tail machines, composite alloy self-lubricating guide plates, and ultra-thin rails involves several aspects:
Mold Sliding Plates Mold sliding plates are crucial components within molds, primarily used for the opening, closing, and sliding of molds. These sliding plates need to possess excellent wear resistance and self-lubricating properties to ensure long-term stable operation of the mold. Common materials include high-strength brass and copper-based composites, which are made into self-lubricating sliding plates through solid embedding processes.
Hydraulic Machine Guide Plates for Self-drilling Tail Machines Guide plates in self-drilling tail machines and hydraulic machines serve guiding and supporting roles, requiring good wear resistance and self-lubrication. The materials for these guide plates are typically high-strength alloys such as high-strength brass, manufactured into self-lubricating guide plates through solid embedding processes to reduce friction and wear, thereby improving service life.
Composite Alloy Self-lubricating Guide Plates Composite alloy self-lubricating guide plates are a new type of guide plate material, composed of a metal matrix and solid lubricants. The metal matrix provides sufficient strength and rigidity, while solid lubricants such as graphite and MoS2 confer self-lubricating properties. This composite material combines high strength, wear resistance, and self-lubrication, suitable for various demanding conditions.
Ultra-Thin Rails Ultra-thin rails are a specialized type of rail product, typically just a few millimeters thick. They require the use of high-strength, wear-resistant materials like high-strength brass and stainless steel, and precise machining to ensure dimensional accuracy. In applications where space saving is crucial, ultra-thin rails are an ideal choice.
Custom production of the aforementioned products requires advanced materials and processing techniques such as solid embedding and CNC precision machining to meet the special needs of different application areas. Manufacturers can provide customized solutions based on specific customer requirements.
Wear Plate for Large Gear Gantry Frame Hydraulic Press
The large gear gantry frame hydraulic press is a type of large-scale processing equipment, typically used for machining large workpieces or applications requiring long strokes. This hydraulic press utilizes a gantry frame structure, which enables high rigidity and large travel capabilities.
Copper Plate Self-Lubricating Wear-Resistant High-Temperature Graphite Sliders
These sliders are made using a solid embedding process, where solid lubricants such as graphite are embedded into a copper plate base, forming a self-lubricating, wear-resistant, and high-temperature resistant composite material. The specific characteristics are as follows:
Self-Lubricating: Graphite offers excellent self-lubricating properties, significantly reducing friction and wear, thereby extending the lifespan.
Wear-Resistant: The composite structure of the copper plate base and graphite provides the sliders with exceptionally high wear resistance.
High-Temperature Resistance: Copper and its alloys have good high-temperature properties, making them suitable for high-temperature conditions.
No Need for Lubricating Oil: Solid lubricants replace traditional lubricating oils, offering environmental benefits and eliminating the need for additional lubrication maintenance.
These sliders are particularly well-suited for use in large hydraulic presses and other demanding applications, serving as critical components such as guide rails and support parts, ensuring long-term stable operation of the equipment.
With advanced solid embedding techniques and CNC machining technology, a variety of specifications and shapes of self-lubricating wear-resistant sliders can be custom manufactured to meet customer needs.
Bearing factory direct shear machine continuous casting machine raceway mold Mine hydraulic press self-lubricating wear-resistant graphite copper plate
