Oil-Free Slide Plates – Press Die Components
Oil-Free Slide Plates
Copper Alloy with Graphite Embedded
Viiplus oil-free products are expertly crafted by integrating a specialized solid lubricant into strategic areas of the component. These Oil-Free Slide Plates are versatile and ideal for a multitude of dry applications, including use in die/mold industries, machinery, automation processes, construction projects, and the automobile sector.
Choose the right oil-free bearing for you!
Oil-free slide plates are expertly crafted components widely employed across numerous industries, especially in machinery and equipment, to enable seamless and low-friction operation. Their innovative design significantly diminishes or completely negates the requirement for conventional lubrication techniques such as oil or grease.
Experience the Future of Slide Technology, Viiplus Oil-Free Plates Available Now!
Features & Benefits of Oil-free Plate:
Choosing the right metal bearing is essential for optimizing your product’s performance, especially when comparing small oil-free plates to thrust bearing parts. Why does material choice matter so much? As experts in China’s tribology solutions, we’ll guide you through the complexities of oilless bearings and the factors to consider. Selecting materials for plain bearings is more challenging than it seems. Through case studies, we’ll showcase the unique qualities of small bearings and how the right choice can enhance functionality. Explore cutting-edge technological advancements and diverse tribological solutions tailored to your needs.
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Oil-free Slide Plate – The Viiplus Company
Viiplus oil-free slide plates are designed for high-load, low-speed applications, made from high-strength cast bronze with specially embedded graphite plugs for lubrication.
Benefits: These slide plates minimize maintenance, extend component lifespan, and enhance efficiency by removing the need for external lubrication.
Applications: Widely used across industries such as manufacturing, automotive, and industrial equipment, they are ideal for machinery requiring precise, smooth linear or rotational motion. Viiplus Oil-Free Slide Plates – Boost Your Industrial Performance!
Selecting Bronze Bearing Materials
The bearing bronzes fall into five alloy families with similar compositions and properties:
- Tin bronzes
- Leaded tin bronzes
- High-leaded tin bronzes
- Aluminum bronzes
- Manganese bronze
Members of each family have similar properties, with differences allowing selection based on economic considerations or the need to tailor alloys for particular applications.
Tin Bronzes
Tin’s principal function is to strengthen the alloys. The tin bronzes are strong, hard, and have very high ductility, giving them a high load-carrying capacity, good wear resistance, and the ability to withstand pounding.The tin bronzes’ hardness inhibits them from conforming easily to rough or misaligned shafts. They require a shaft hardness between 300-400 BHN and operate better with grease lubrication than other bronzes.
Leaded Tin Bronzes
Small amounts of lead improve machinability. A few also contain zinc to strengthen the alloys at lower cost than tin. The leaded bronzes otherwise have similar properties and applications as the tin bronzes.
High-Leaded Tin Bronzes
This family includes the most widely used bearing bronze alloys. They excel in antifriction and machining properties, with somewhat lower strength and hardness than the tin bronzes.High-leaded tin bronzes embed dirt particles well, conform easily to shaft irregularities, and can be used with unhardened shafts. The lead provides excellent machinability and prevents welding and seizing if the lubricant supply is interrupted.
Aluminum Bronzes
The aluminum bronzes are the strongest and most complex bearing bronzes. Their high aluminum content provides strength up to 68,000 psi yield and 120,000 tensile, allowing use at 50% higher loads than leaded tin bronzes.Aluminum bronzes require hardened shafts (550-600 BHN) with very smooth surfaces. They have excellent corrosion resistance and elevated temperature strength, but fairly low ductility and poor conformability.
Manganese Bronze
Manganese bronzes are modifications of Muntz metal-type alloys containing manganese, iron, aluminum, and lead. Like aluminum bronzes, they combine very high strength with excellent corrosion resistance. They require high shaft hardnesses and nonabrasive operating conditions.
Why are oilless bearings oilless?
Oilless bearing is a kind of product with self-lubricating property. Appropriate size holes are developed and well-arranged on the friction surface of copper-bearing as a metal matrix, and graphite or molybdenum disulfide are embedded as a solid lubricant. This rational combination combines the respective performance advantages of metal alloys and non-metallic friction-reducing materials to complement each other. It not only has the high bearing capacity of the metal but also has the lubrication property of the anti-wear material. So oilless bearing is especially suitable for the environment like no refueling, less refueling, high temperature, high load, and water environment. Material: These plates are typically made from materials like PTFE (Polytetrafluoroethylene), graphite, or other self-lubricating materials, which have low friction coefficients and provide excellent wear resistance.
