Product Details
Place of Origin: Guangdong, China
Brand Name: HUILIAN
Certification: ISO 9001:2015
Model Number: B210
Payment & Shipping Terms
Minimum Order Quantity: 5 Pieces
Price: USD 120-200 / Piece
Packaging Details: Carton box with anti-rust oil and individual plastic wrap, export-grade pallet
Delivery Time: 3-10 working days
Payment Terms: T/T, L/C, PayPal, Western Union
Supply Ability: 8,000 Pieces per Month
Product Model: |
B210 |
Material: |
High-Strength Forged Alloy Tool Steel |
Processing: |
Forging + Integral Heat Treatment + Precision Grinding |
Quality Standard: |
Industrial Replacement Standard |
Application: |
Hydraulic Breaker / Excavator Hammer |
Product Model: |
B210 |
Material: |
High-Strength Forged Alloy Tool Steel |
Processing: |
Forging + Integral Heat Treatment + Precision Grinding |
Quality Standard: |
Industrial Replacement Standard |
Application: |
Hydraulic Breaker / Excavator Hammer |
The B210 hydraulic breaker chisel is manufactured from premium high-strength forged alloy tool steel with a comprehensive heat treatment process. This chisel provides exceptional wear resistance and impact durability as a direct replacement wear part for medium to large hydraulic breakers.
| Product Model | B210 Chisel |
| Material | High-Strength Forged Alloy Tool Steel |
| Processing | Forging + Integral Heat Treatment + Precision Grinding |
| Quality Standard | Industrial Replacement Standard |
| Inspection | Dimensional Check + Hardness Test + Visual Inspection |
| Application | Hydraulic Breaker / Excavator Hammer |
Each B210 chisel is produced through a controlled manufacturing sequence: alloy steel forging → normalizing → rough machining → integral quenching and tempering → precision turning → surface grinding → hardness testing → final inspection. This process achieves an optimal balance of surface hardness for wear resistance and core toughness for impact durability.
Engineered for granite and basalt rock breaking, reinforced concrete demolition, quarry operations, and mining excavation. The chisel tip maintains its profile under repeated high-energy impacts, reducing chisel change frequency and maximizing operational uptime.