Introducing the Tungsten Carbide Vacuum Brazed Wear Plate for HPGR - Revolutionizing Durability in Industrial Applications
Product Overview
Discover the Tungsten Carbide Vacuum Brazed Wear Plate, a revolutionary leap forward in wear-resistant solutions. Expertly crafted to withstand the toughest wear and impact challenges, this state-of-the-art product marries the supreme hardness of tungsten carbide with pioneering vacuum brazing technology. Ideal for high-stress environments such as crusher feed chutes for HPGR, it offers unparalleled durability and sets a new benchmark for wear resistance and cost-effectiveness.
Why Opt for Tungsten Carbide Vacuum Brazed Wear Plate for HPGR Feed Chute?
-
Material Innovation: Supreme Hardness
- With surface hardness surpassing HRC70, it stands as one of the industry's most resilient materials.
- Remarkable resilience against abrasion, particularly in high-pressure, high-impact scenarios.
-
Technological Breakthrough: Mastery in Vacuum Brazing
- Addresses the prevalent problem of particle detachment, ensuring tungsten carbide granules stay firmly attached to the base plate.
- Meticulously controlled thermal procedures maintain the material's stable performance.
-
Comprehensive Performance Enhancement
- The surface layer boasts exceptional wear resistance, while the base plate ensures impact resilience, creating an ideal combination for demanding conditions.
Key Advantages
- Unrivaled Wear Resistance: Extends operational life by 5-10 times over traditional wear plates.
- Cost-Effectiveness: Decreases downtime, maintenance intervals, and operational expenses.
- Versatility in Harsh Environments: Offers dependable performance in high-wear, high-impact, and corrosive settings.
- Tailorable Options: Custom designs for thickness, dimensions, and shapes to meet varied application needs.
Technical Specifications
- Material: Tungsten carbide granules combined with a steel base plate
- Hardness: Surface hardness rating of HRC70+
- Thickness Range: 6mm-50mm (fully customizable)
- Technology: Advanced vacuum brazing
Applications
- Mining Industry: Crucial for crusher feed chutes and conveyor system liners
- Cement Production: Essential wear-resistant liners and protective components
- Power Plants: Coal mill liners and flow diverters
- Construction Waste Management: Protective solutions for impact zones
Our company excels in OEM, offering customization of wear plates from carbide grade to product shape. We oversee the entire production process from powder mixing, ensuring uniform wear plate quality right from the initial stage.
Hot Products
Company Profile
Our advantage on carbide brazing products:
1. Extensive Expertise in Brazing: With a wealth of experience gained from executing thousands of carbide brazing experiments over the past 8 years, we have cultivated a deep and mature expertise in this field.
2. Rigorous Quality Control: Our commitment to quality is unwavering, as we meticulously inspect and monitor every stage of production to ensure unparalleled product excellence.
3. Swift Delivery: With a team of seasoned professionals and cutting-edge machinery, we prioritize efficiency to guarantee prompt delivery of our products.
4. Outstanding After-Sales Service, We prioritize ongoing communication with our customers, striving to continuously meet and exceed their satisfaction and expectations.
Packaging & Shipping
Q&A
Q: Are you a trading company or manufacturer?
A: We are a factory.
Q: How long is your delivery time?
A: Our delivery time is generally swift and efficient, taking only 5-10 days if the goods are in stock. If not, it may take 25-35 days, depending on the quantity ordered.
Q: Do you provide samples? is it free or extra?
A: Yes, we proudly offer complimentary samples to showcase our high-quality products; however, kindly note that the shipping cost will be covered by the recipient.
Q: What are your terms of payment?
A: For payments under 1000 USD, we require 100% upfront. For amounts exceeding 1000 USD, a 30% T/T advance is necessary, with the remaining balance due before shipment.