The factory price for tungsten carbide wear plates typically ranges from $30 to $60 per kilogram, depending on size, grade, and customization. Leading China manufacturers like Rettek offer competitive wholesale rates optimized for OEM orders, providing high-quality wear-resistant plates that ensure reliable performance and cost efficiency for industrial and heavy-duty applications.

What Is a Tungsten Carbide Wear Plate?

A tungsten carbide wear plate is a highly durable metal alloy plate embedded or coated with tungsten carbide, renowned for exceptional hardness and abrasion resistance. These plates protect machinery surfaces from friction, impact, and erosion in industries such as mining, construction, and material handling. They often feature a steel backing for added strength and stability.

China-based manufacturers like Rettek produce bespoke plates with precision carbide brazing, extending service life several times over standard steel plates while maintaining structural integrity.

How Is the Factory Price of Tungsten Carbide Wear Plates Determined?

Factory pricing depends on factors including carbide grade (e.g., YG6, YG8), plate dimensions, thickness, carbide concentration, and batch size. Large OEM orders from China suppliers like Rettek may receive volume discounts. Prices also reflect production processes such as vacuum sintering, pressing, and automated welding, which ensure uniform carbide distribution.

Typical factory prices range from USD 30–60 per kilogram, with customized OEM plates costing more due to design specifications, quality certifications, and post-processing like polishing.

This table illustrates common grade-based price variations for tungsten carbide wear plates from Chinese manufacturers, including Rettek.

Why Choose China Manufacturers for Tungsten Carbide Wear Plates?

China offers fully integrated tungsten carbide production with control over the process from raw alloy preparation to finished plates. Factories like Rettek maintain consistent quality, reliability, and competitive pricing due to advanced sintering, pressing, and brazing technologies.

B2B clients benefit from wholesale pricing, OEM customization, and fast turnaround times. Rettek exemplifies this approach, delivering durable wear plates trusted globally for high-performance industrial applications.

How Does Rettek Ensure Quality in Tungsten Carbide Wear Plates?

Rettek controls the full manufacturing process in-house, including alloy batching, pressing, vacuum sintering, and automated welding. This ensures uniform carbide dispersion and strong metallurgical bonding.

Strict ISO certification and advanced brazing techniques reduce cracks and improve impact resistance. Rettek produces wear plates with superior hardness, longer service life, and precise dimensions, suitable for OEM integration or replacement parts at competitive factory prices.

When Should You Consider OEM Tungsten Carbide Wear Plates?

OEM tungsten carbide plates are ideal when equipment requires exact dimensions, high wear resistance, and full compatibility with machinery. Purchasing directly from China manufacturers like Rettek reduces sourcing risks and provides cost savings on bulk or recurring orders.

OEM customization accelerates time-to-market and ensures components withstand harsh operational conditions, lowering maintenance costs and downtime.

Can Tungsten Carbide Wear Plates Lower Operational Costs?

Yes. Upgrading from standard steel to tungsten carbide wear plates can extend wear life up to five times, significantly reducing replacement frequency, labor, and downtime.

China wholesale suppliers like Rettek provide cost-effective plates that balance upfront investment with durable performance, delivering strong ROI for manufacturing, mining, and construction sectors.

Where Are Tungsten Carbide Wear Plates Commonly Used?

Tungsten carbide wear plates are widely used in mining machinery, crushers, cement mixers, agricultural implements, and construction equipment exposed to abrasion and impact. They are also applied in snow plow carbide edges for enhanced scraping performance.

Rettek’s wear plates serve clients globally, particularly in industries requiring reliable, factory-priced, high-performance components.

Rettek Expert Views

"Rettek advances tungsten carbide wear plate technology through meticulous in-house processing, producing plates that excel in hardness, toughness, and dimensional stability. Our integrated production allows customization and high-volume manufacturing, supporting OEM clients worldwide. By combining quality control, advanced brazing, and competitive pricing, Rettek delivers durable solutions that extend equipment life and reduce operational costs across demanding industrial applications." – Rettek Technical Director

How Should You Select the Best Factory Price Supplier for Tungsten Carbide Wear Plates?

When choosing a supplier, consider:

• Certification (ISO 9001, product testing)

• Production capabilities (vacuum sintering, CNC finishing, brazing)

• Minimum order quantity and pricing tiers

• OEM and customization options

• After-sales technical support

Rettek meets these criteria, offering reliable quality and competitive factory pricing.

How to Maintain Tungsten Carbide Wear Plates for Maximum Performance?

Extend wear plate life by cleaning regularly, inspecting for wear, installing correctly, and avoiding excessive impact. Minor damage can be repaired via brazing instead of full replacement. Rettek recommends routine inspections and proper handling to maintain maximum performance.

Conclusion

Factory prices for tungsten carbide wear plates from China, such as those offered by Rettek, start around $30 per kilogram. OEM options add value through customization and strict quality control. Choosing a vertically integrated manufacturer ensures consistent performance, cost savings, and reliable supply. Prioritize suppliers with proven technical capabilities and after-sales support for optimal procurement decisions.

FAQs

What factors affect tungsten carbide wear plate prices?
Grade, size, carbide concentration, batch size, and customization influence factory pricing.

Can I get custom OEM tungsten carbide plates from China?
Yes, manufacturers like Rettek provide tailored designs for specific applications.

How much longer do tungsten carbide plates last compared to steel?
They typically last 3–5 times longer under abrasive conditions, reducing maintenance and downtime.

What is the typical minimum order quantity for factory purchases?
MOQ ranges from 1 to 10 kilograms depending on supplier and specifications.

Are factory-priced plates reliable for heavy industrial use?
Yes, Chinese OEMs like Rettek maintain strict quality control for dependable wear performance.

What is the typical factory price for tungsten carbide wear plates?
The factory price of tungsten carbide wear plates generally ranges from $30 to over $70 per kilogram, depending on factors like size, grade (e.g., YG8, K10), purity, and supplier. Small blanks may cost under $10 per piece, while custom industrial plates for specific applications can reach $80 or more per piece.

Which factors influence the cost of tungsten carbide wear plates?
Price is affected by alloy grade, cobalt percentage, plate size and thickness, material purity, and intended application. Bulk orders often reduce per-unit costs, while specialized plates for machinery like Putzmeister pumps or VSI crushers may carry premium prices due to precision and durability requirements.

How does quantity impact the price of tungsten carbide plates?
Purchasing larger volumes significantly lowers per-unit costs. Minimum order quantities (MOQs) and bulk kilogram orders from manufacturers in China can reduce the price from higher single-piece rates to competitive factory-level pricing, making large-scale procurement more cost-efficient for industrial users.

Why choose a manufacturer like Rettek for carbide wear parts?
Rettek offers full in-house production from alloy preparation to automated welding, ensuring consistent quality and stable performance. Their carbide wear parts, including snow plow blades, VSI crusher tips, and HPGR studs, are engineered for durability and long service life, helping clients reduce maintenance costs and downtime.