Carbide Wear Parts

Tungsten Carbide Wear Parts Manufacturer

At Retop, we manufacture precision tungsten carbide wear parts engineered for superior durability in mining, construction, fluid handling, and heavy-duty applications. Custom shapes, grades, and tolerances available.

Tungsten Carbide Wear Parts Product Categories

Explore our full range of tungsten carbide wear parts, engineered for superior performance in abrasion, impact, and high-pressure industrial applications across multiple demanding sectors.

Carbide Bushings & Sleeves-3

Carbide Bushings & Sleeves

Carbide Composite Rods-2

Carbide Composite Rods

Carbide Valve Components

Carbide Valve Components

Carbide Balls-9

Carbide Ball

Carbide Inserts

Carbide Inserts

Carbide Wear Plates & Strips

Carbide Wear Plates & Strips

Carbide Seal Rings

Carbide Seal Rings

Custom Wear Parts

Custom Wear Parts

2025 New Tungsten Carbide Parts Price Check

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Carbide Grade Chart

Choosing the right carbide grade is essential for optimal performance and longevity. Below is a detailed description of commonly used Retop tungsten carbide grades, their chemical composition, and mechanical properties.

Retop Grade ISO Grade Chemical Composition Physical Mechanical Properties
WC Co Density Bend Strength Hardness
% % G/Cm3 N/mm2 HRA
YG3 K01 96.5–97 3 14.9–15.3 ≥1180 ≥92.5
YG6X K10 93.5 6 14.8–15.1 ≥1420 ≥92
YG6 K20 94 6 14.7–15.1 ≥1600 ≥91
YG8 K20–K30 92 8 14.5–14.9 ≥1600 ≥90
YG10 K40 90 10 14.3–14.7 ≥1900 ≥89
YG10X K40 89 10 14.3–14.7 ≥2200 ≥90
YG15 K30 85 15 13.9–14.2 ≥2100 ≥87
YG20 K30 80 20 13.4–13.7 ≥2500 ≥85.5

How to Select the Right Carbide Grade?

Choosing the correct tungsten carbide grade is essential for achieving optimal wear resistance, toughness, and performance in your specific application. The right grade ensures longer service life, lower maintenance, and improved efficiency.

1. Understand Your Application Requirements

Condition What You Need
High Abrasion Fine grain, high hardness
Impact / Shock More cobalt, higher toughness
Corrosive Environment Nickel binder or anti-corrosion grade
Precision Fit Submicron carbide, tight tolerance

2. Compare Carbide Grades

Grade Co% Hardness (HRA) Feature Best Use
YG6X 6% ~92.0 High hardness Cutting, valves
YG8 8% ~90.0 Balanced toughness Seal sleeves
YG10X 10% ~91 Impact resistant Plungers
YG11C 11% ~86 Maximum toughness Mining

3. Recommended Grades by Industry

Oil & Gas

YG6, YG8, YN9, YN12

Mining

YG11C, YG6, YG10

Pump & Seals

YG6, YG8, YG10X

Cold Forming

YG8, YG10, YG15
2025 New Tungsten Carbide Parts Price Check

Quick and easy: Enter your specifications and get a quote in one business day

Application Scenarios for Tungsten Carbide Wear Parts

Explore how tungsten carbide wear parts are applied in mining, oil & gas, fluid sealing, metal forming, and high-wear industrial environments to improve durability and reduce equipment downtime.

oilfield drilling rig with highlighted carbide-related components

Oil & Gas Industry

Tungsten carbide wear parts are widely used in downhole tools, drilling stabilizers, valve trims, and mud nozzles for their extreme wear and corrosion resistance in high-pressure environments.

Tungsten carbide tools for mining and construction

Mining & Construction

Used in rock drilling bits, tunneling machines, and excavation equipment, carbide parts offer high impact toughness and abrasion resistance to extend equipment service life in harsh terrain.

Tungsten carbide tools in the woodworking industry

Woodworking Industry

Carbide blades, cutters, and planer knives are essential for high-speed woodworking machines, offering sharpness retention, clean finishes, and resistance to resin buildup during long production cycles.

Metal Forming & Stamping Industry

Cold heading dies, drawing dies, and carbide punches ensure dimensional accuracy and long life in high-volume forming operations for automotive, aerospace, and electronics components.

Why Choose Retop for Tungsten Carbide Wear Parts Supplier?

Discover why Retop is trusted globally for tungsten carbide wear parts—offering precision manufacturing, customized material grades, strict quality control, and technical support tailored to your industrial applications.

Precision Manufacturing Capability
We operate CNC, EDM, and ID/OD grinding machines in-house to meet ±0.01 mm tolerances. Every part we ship meets tight dimensional and surface quality requirements.
Material Expertise
We offer a full range of WC-Co and WC-Ni carbide grades—from submicron to coarse grain—customized for high abrasion, corrosion, or impact resistance based on your actual working conditions.
Reliable Quality Control
All batches go through hardness testing, density measurement, and metallographic inspection. We can provide full QA documentation upon request.
Engineering Support for Custom Parts
Our team works directly with your drawings and specifications. Whether it’s an OEM bushing or a complex die insert, we provide technical recommendations to optimize lifespan and performance.

Production Process of Tungsten Carbide Wear Parts

Explore the key steps in producing tungsten carbide wear parts—from powder mixing and sintering to precision grinding and inspection—ensuring durability, accuracy, and performance in demanding applications.

1
Powder Preparation
WC and Co powders are mixed and milled for uniform particle distribution.
2
Pressing / Forming
The mixed powder is compacted into shapes via die pressing or CIP.
3
Sintering
Blanks are sintered at ~1400°C to achieve full density and strength.
4
Rough Machining
Basic dimensions are formed using CNC milling or EDM.
5
Precision Grinding
Parts are ground to final tolerances of up to ±0.01 mm.
6
Polishing / Coating
Optional surface treatment or polishing enhances wear resistance and finish.
7
Inspection & Quality Control
Each part undergoes strict testing: hardness, density, dimension, and appearance.

Top 10 FAQs for Tungsten Carbide Wear Parts

Find quick answers to the most common questions about tungsten carbide wear parts—covering applications, materials, custom manufacturing, lead time, and technical support for your industrial needs.

1. What are tungsten carbide wear parts used for?

Tungsten carbide wear parts are used in applications involving high abrasion, impact, or corrosion—such as mining tools, pump sleeves, valve components, and metal-forming dies.

We supply carbide wear parts to the mining, oil & gas, fluid handling, construction, automotive, and metal forming industries.

We offer a full range of WC-Co and WC-Ni grades, including fine grain, submicron, and coarse grain carbide. Common grades include YG6X, YG8, YG10X, and YG20.

Yes. We specialize in custom wear parts based on your 2D/3D drawings or physical samples, with tolerances up to ±0.01 mm.

Standard lead time is 15–25 days depending on the complexity and quantity. Urgent orders can be expedited upon request.

Yes, we offer precision grinding, polishing, and coating options like TiN or TiAlN upon request.

Our engineers can recommend the best grade based on your operating conditions (wear, impact, corrosion). You can also refer to our Carbide Grade Selection Guide on the page.

Yes. We provide full quality documentation including density, hardness, and metallographic reports with each batch.

Yes. Samples are available for most standard parts or small-batch custom prototypes.

All products are securely packed in anti-impact foam and export-grade cartons. We support express, air freight, and sea freight shipping options globally.

2025 New Tungsten Carbide Parts Price Check

Quick and easy: Enter your specifications and get a quote in one business day

2025 New Tungsten Carbide Price Check