Mining Pick

1. Upgraded Super H and Plug Carbide Tips

HCLH tungsten carbide mining picks are available with upgraded Super H and Plug tip designs, developed for medium-hard rock formations and demanding coal cutting conditions. These cutting structures help maintain effective rock penetration while addressing abrasive wear around the pick body. The optimized tip design supports stable cutting performance and helps reduce unnecessary pick replacement during continuous mining operations.

2. Extra-Coarse WC Alloy for Impact Resistance

The mining picks feature an extra-coarse tungsten carbide alloy designed to provide a balance of impact toughness and thermal conductivity. This material structure helps the carbide tip withstand repeated impact loads and frictional heat generated during rock cutting. It supports reliable performance in severe working conditions where both wear resistance and impact strength are essential.

3. Sharp Gauge Design for Improved Cutting Efficiency

The sharp gauge design optimizes the cutting profile while maintaining structural strength. Its geometry helps improve cutting efficiency and reduce unnecessary cutting resistance, potentially lowering the energy required during excavation. This design is suitable for mining operations where consistent cutting performance and equipment operating efficiency are important.

4. PTA Wear-Resistant Coating for Pick Body Protection

HCLH mining picks feature plasma transferred arc (PTA) coating technology to reinforce wear protection around the pick body. Combined with tungsten carbide cutting elements, the reinforced surface helps resist abrasive wear caused by repeated contact with coal, rock and cutting debris. This design helps address body washing and supports longer service intervals under abrasive operating conditions.

Tungsten Carbide Mining Picks for Coal Cutting Operations

As a tungsten carbide mining picks supplier, HCLH provides mining picks designed for continuous mining and underground excavation operations. These picks combine tungsten carbide cutting tips with high-strength steel bodies to handle repeated impact, friction and abrasive wear during coal and rock cutting.

Different mining conditions require different pick configurations. The cutting performance and service life depend on carbide grade, tip geometry, pick body dimensions, surface protection and the geological characteristics of the working face.

HCLH offers several mining pick series, including U80, U90, U170, U135 and U47, covering different body diameters and carbide tip configurations. These products can be considered for compatible continuous miners, roadheaders and other mining cutting equipment.

For broader underground mining requirements, explore our mining equipment solutions.

How to Select the Right Tungsten Carbide Mining Picks

Selecting suitable tungsten carbide mining picks requires matching the cutting tool specifications with the machine configuration and geological conditions.

1. Select the Correct Mining Pick Series

Different pick series have different body diameters and structural configurations. Buyers should confirm the existing pick model and holder dimensions before ordering.

The HCLH product range includes U80, U90, U170, U135 and U47 series, with corresponding specifications listed in the product table.

2. Choose the Appropriate Carbide Tip Type

Carbide tip geometry affects rock penetration, cutting resistance and wear behavior. HCLH lists Narrow Base, Taper, Plug, Cap and Super H configurations.

The appropriate design should be selected according to the cutting application, equipment requirements and rock conditions.

3. Consider Tungsten Carbide Alloy Grade

Different WC alloy grades provide different balances of hardness, toughness and wear resistance. HCLH lists coarse grade (C), extra-coarse grade (EC) and tungsten carbide plus diamond (WD) options.

Buyers should consider rock hardness, impact intensity and abrasive conditions when selecting the appropriate grade.

4. Evaluate Wear-Resistant Coating Options

Surface protection can help reduce abrasive wear on the pick body. The available specification codes include high-chrome coating (HF), tungsten carbide and nickel-based welding wire (HFC), plasma transfer arc coating (P), laser cladding (L) and tungsten carbide button coating (W).

The suitable coating should be confirmed according to the actual pick configuration and working environment.

5. Confirm Equipment Compatibility

Before purchasing, provide the mining machine model, pick series, body diameter, carbide tip diameter and existing holder specifications. This information helps verify dimensional compatibility and reduce the risk of incorrect product selection.

Request a Tungsten Carbide Mining Picks Quotation

Looking for a reliable tungsten carbide mining picks supplier for your coal mining or underground excavation operations?

HCLH provides mining pick options covering different series, carbide tip configurations and wear-resistant coatings.

When requesting a quotation, please provide:

• Required mining pick series or model

• Pick body diameter

• Tungsten carbide tip diameter and type

• Required WC alloy grade

• Wear-resistant coating requirements

• Mining machine model and working conditions

• Estimated order quantity

Contact the HCLH sales team to discuss your mining pick requirements and obtain product specifications and a quotation.

We provide repair service if there is necessary

30% advance payment,70% balance payment before shipment