Tungsten Carbide Wear-resistant Shaft Sleeve PM Sintered Parts

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Product Introduction

Tungsten carbide wear-resistant shaft sleeve PM sintered parts
Item	Material	Production Process		Sintering Temperature		Mold	Custom
Tungsten carbide wear-resistant shaft sleeve powder metallurgy	Carbide	Powder metallurgy pressing		1380℃		To be customized	Yes
Available Materials	Low carbon stainless steel, titanium alloy (Ti, TC4), copper alloy, tungsten alloy, hard alloy, high temperature alloy (718, 713)
Smoothness	Dimensional accuracy		Product density		Appearance treatment			Appropriate weight
Roughness 1～5μm	(±0.1%～±0.5%)		7.3-7.6g/CM³		According to customer requirements			0.03g～400g)

Tungsten carbide wear-resistant shaft sleeve PM sintered parts have excellent characteristics such as wear resistance, scratch resistance, wear resistance, corrosion resistance, high efficiency of heat conduction, low maintenance, good compressibility, high strength, and stability performance. Tungsten sleeve is the basic material in friction material. Sockets are widely used in many industries. Tungsten carbide sleeves can withstand high pressure and are resistant to corrosion, so they are used in water pumps, oil pumps, and various other pumps. Today, tungsten carbide bushings play an important role in the field of long-working part materials.

Advantages of Tungsten Carbide Sleeves

1. 100% pure tungsten carbide raw material.

2. HIP sintering, good compactness.

3. Excellent performance and good wear/corrosion resistance.

4. High precision, and quality assurance.

5. Good surface mirror finish product performance.

6. Equipped with advanced equipment.

7. Reasonable price and punctual delivery.

8. For the shape, size, material, etc., can be customized according to customer requirements.

All carbide wear-resistant parts are made of WC and Cobalt with good wear resistance;

Perform precision finishing and tolerance control;

Small quantity order accepted;

Items can be manufactured to your own specifications, please feel free to contact us.

1. All raw materials are tested for density, hardness, and TRS before use.

2. Every product is inspected in-process and final.

3. A batch of products can be traced.

Recommended alloy grades, properties and applications

Model	Density （g / cm ³）	TRS	Hardness	Performance and Application
YG6	14.9	2150	89.5	Suitable for finishing and semi-finishing cast iron, non-ferrous alloys， and non-alloyed materials.
YG6X	14.9	1560	91	Qualified to machine Chilean cast iron.
YG8	14.7	2320	89.5	High bending strength, lower wear resistance than YG6A, used for processing blades, wear-resistant parts, etc.
YG11C	14.4	2260	87.5	Bit moldings qualified for heavy-duty rock drills, removable bits for deep hole drilling, rock drill trolleys， and more.
YG15	14.0	2500	87.5	For dies, stamping dies， and abrasion resistance.
YG20	14.6	2480	83.5	It is suitable for making molds with low impact, such as punched watch parts, battery cases, small nuts, etc.

Details of tungsten carbide wear-resistant bushing Thickness: 8-30mm Diameter: 25-500mm Length: 100-2000mm Appearance: silver gray metallic luster Density: W≥99.95% Supply status: sintered or processed Size: Φ (25-500 ) mm × length (100-1000) m

For optimum performance it is important to select the proper material grade for your application and our experienced engineers can assist you with design and material selection to ensure optimal use to meet your specific needs.

The company has advanced cemented carbide production equipment, a first-class testing center, and various precision mold production lines and deep processing lines. Our R&D team is dedicated to the research and development of high-performance cemented carbide products, and can recommend the most suitable products and solutions to customers.

Product Display

product-500-500

Metal Injection Molding Process

product-800-600

Detection Systems

1661141928831

1661509092764001