BLT-201

In mining operations, durability is key. The BLT210’s cylinder and piston are made of high-strength alloy steel and undergo special cryogenic and heat treatment processes. This addresses the common issues with traditional hydraulic breakers—piston deformation and cylinder scoring—under high-frequency impact. Its core fatigue strength has been increased by approximately 30%, significantly reducing unplanned downtime caused by failures during continuous crushing of hard rock.

Our field tests confirm consistent impact force, ensuring maximum energy per impact. Designed with a high operating pressure of 280–300 bar and a high flow rate range of 340–400 L/min, the BTL-210 Silent Hydraulic Breaker maintains consistently high-energy impacts when processing high-hardness rocks such as granite and basalt. Unlike products on the market that falsely advertise their pressure ratings, this breaker allows you to crush more rock with the same fuel consumption, effectively reducing the cost per cubic meter of crushed material.

The BLT-210 Quiet Hydraulic Breaker is specifically designed for 60–75-metric-ton excavators (such as the CAT 365/374 and Komatsu PC650/750 models). The unit’s total weight of 7052 kg has been carefully calculated to optimize the center of gravity, providing sufficient downward pressure to assist with breaking operations without overloading the boom. We provide a standardized mounting interface that allows for quick installation without complex modifications, protecting the host machine’s hydraulic system and structural components.

The BLT210 features a fully enclosed, quiet housing design that not only minimizes operational noise but, more importantly, provides dual protection. The enclosed structure effectively prevents mine dust from entering the core oil circuit system inside the hammer body. Whether for building demolition near residential areas or mining projects subject to strict environmental inspections, it ensures compliant and worry-free operation.

Open-pit mines and quarries: For secondary crushing of extremely hard ore, it is significantly more efficient than blasting operations.

Large-scale infrastructure projects (highways/railways): Excavation of tunnel exits and removal of hard rock from roadbeds; when paired with high-tonnage host machines, it accelerates project timelines.

Building foundation demolition: Crushing of reinforced concrete foundations; large-diameter chisels easily penetrate thick structures.