The graphite slide plate is in the bearing substrate of the metal friction surface to open an orderly arrangement, the appropriate size of the hole, and embedded in graphite made of composite self-lubricating block inlaid on the metal sleeve, made of composite bearings. Solid lubricant friction area of 25% -65%.

Solid self-lubricating bronze slide plate can work normally at 280 ℃, but because of its low mechanical strength, its bearing capacity is weak, easy to produce deformation, set in the metal hole groove, it will be able to suppress this shortcoming formed by the metal part of the bearing up with a grease gun pressed into the grease. The most slide-wear plate bronze alloy is CuSn7Zn4Pb7 (CC493K), also known as Rg7 or gunmetal.

Oilless Graphite Slide Wear Plate Bearing also called a cast sliding plate, oilless wear plate, slide plate, die guide components, oilless bronze pad, graphite plugged wear plates, Mould die component, slide pad, wear plates, slide component, cast bronze plates, etc.

The precise tolerances and strategic plug location and compounds ensure reliable performance and long-lasting, lubrication-free service. This bearing style is available in various options, including standard cast slide plates, graphite slide plates, slide plates with grooves, and custom sizes.

Our range of oilless wear slide plates is available in metric and imperial sizes. China Customized Graphite Sliding Plate ISO9001 Certified Manufacturer for High-Quality Graphite. Quote Now! Competitive Price. Leading Graphite Supplier. Top Quality Assured.

Graphite slide plates are an effective solution for reducing friction and extending the life of equipment in various industrial applications. Here are some of the benefits of using graphite slide plates:

The self-lubricating mechanism of the graphite slide plate is based on the sliding friction process that occurs between the shaft and the sleeve. As the plate slides, some of the self-lubricating material molecules transfer onto the metal surface of the shaft, filling any tiny gaps and forming a stable layer of wet body lubrication film. This creates a solid lubrication film between the wear pair and prevents adhesive wear between the shaft and the sleeve.

This innovative combination of copper alloy and non-metallic friction-reducing materials allows the plate to overcome the limitations associated with oil film grease lubrication commonly used in general bearings. The graphite slide plate is particularly suitable for use in oil-free, high temperature, high load, low speed, anti-fouling, anti-corrosion, and radiation-heavy environments, as well as situations where water or other solutions are present, and where lubricating grease cannot be added due to specific working conditions.

We manufacture machined bronze wear plates that meet the exacting requirements and specifications supplied by our clients. All our wear plates are manufactured bespoke to clients’ designs using the highest quality bronzes. The proper installation of graphite slide plates is critical for their effective functioning and longevity. Here are some installation techniques for graphite slide plates:

• Surface Preparation: The surface where the graphite slide plate will be installed must be clean, dry, and free from any oil, grease, or other contaminants.
• The graphite slide plate should be cut to the desired size and shape using a saw or cutting tool. then placed on the surface where it will be installed.
• If the slide plate is being installed using bolts, the bolts must be tightened to the manufacturer’s recommended torque specification.
• inspected regularly for signs of wear, damage, or misalignment. Any issues should be addressed immediately to prevent further damage.

Mold parts made of bronze, such as slide plates, play a crucial role in the manufacturing process of various products. A bronze slide plate with graphite is a key component within an injection or die-casting mold, and it helps ensure the smooth and precise movement of the mold components during production.

Self-lubricating bronze plates. They are used in applications where the plates are required to continually operate in hard-to-reach or inaccessible areas where it is difficult to apply manual lubrication. The plates are totally maintenance-free, offer a long service life, excellent wear resistance, self-lubricating properties, and good thermal conductivity, and decrease the maintenance time required by plates requiring external lubrication.