Metallurgy and Recycling

Beilite hydraulic breakers play an essential role in metallurgy and recycling applications. They are used for slag crushing, metal separation, and scrap processing, providing consistent impact force and precision. Built to handle high temperatures and harsh environments, Beilite breakers help industries recycle valuable materials efficiently and sustainably, reducing waste while maintaining productivity.

Metallurgy and Recycling

Suitable Instrumentation for Special Applications

Building Demolition

Infrastructure Construction

Metallurgy and Recycling

Mining and Quarrying

Underwater Construction

Successful Stories

Many customers around the world are already using Beilite hydraulic breakers with great success, achieving higher efficiency, reliability, and power in their operations.

Hydraulic Breaker for Trenching: Maximizing Efficiency & Durability

Hydraulic Breaker for Trenching: Maximizing Efficiency & Durability

Picking the right hydraulic breaker for trenching work comes down to matching equipment specs with actual ground conditions. Get that wrong, and you're looking at slower progress, faster wear, and potential damage to both the attachment and your excavator. The following covers selection criteria, operational techniques, and maintenance practices that keep these tools running efficiently across different trenching scenarios. Matching Hydraulic Breaker Specifications to Trenching Conditions Project success depends on aligning breaker specifications with what you're actually digging through. Trench depth, soil composition, and excavator class all factor into the decision. An undersized or oversized hydraulic hammer creates problems either way. Too small and you're fighting the material. Too large and you risk stressing the carrier machine beyond its limits. Available models span a wide range of excavator sizes. The BLT-40 works well with 0.5–1.2 t excavators, while the BLT-165 handles heavy-duty machines in the 33–38 t range. Hydraulic flow requirements matter just as much as physical size. Each model specifies optimal working oil volume and pressure for proper excavator compatibility. Breaker Model Applicable Excavator (t) Operating Weight (kg) Chisel Diameter (mm) Working Oil Flow (L/min) BLT-40 0.5–1.2 86 40 15–30 BLT-60 3–5.5 263 60 30–60 BLT-85 7–11 666 85…

Feb 26, 2026 Read More →
Hydraulic Breaker for Quarrying: Maximizing Rock Breaking Efficiency

Hydraulic Breaker for Quarrying: Maximizing Rock Breaking Efficiency

Quarrying demands equipment that can take a beating and still deliver consistent rock fragmentation day after day. Hydraulic breakers have earned their place as essential tools on modern quarry sites, pushing productivity higher while keeping crews safer. What follows covers how current hydraulic breaker technology, smart selection practices, and disciplined maintenance routines combine to get more rock broken with less downtime. Why Hydraulic Breakers Matter in Quarry Work Quarrying has changed considerably over the past few decades. Drilling and blasting used to dominate, but those methods carry safety baggage and environmental headaches that operators increasingly want to avoid. Hydraulic breakers offer something different: precision, controllable force, and efficiency that drilling and blasting struggle to match. These machines handle primary breaking, secondary reduction, and trenching with minimal collateral damage. Material comes out cleaner, and extraction stays predictable. For operations chasing higher output without sacrificing site safety, hydraulic breakers have become the obvious choice. Technology That Actually Improves Rock Fragmentation Beilite Machinery Co., LTD operates as a national high-tech enterprise, and our BLT and BLTB brands reflect genuine engineering advances rather than marketing claims. Energy recovery systems capture recoil energy and redirect it into impact power. Anti-blank firing mechanisms protect the breaker…

Feb 25, 2026 Read More →
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