Yugong Fu Rock Splitter

Product Overview

The Yugong Fu Rock Splitter is Sino-German Technology Group's flagship product, utilizing advanced hydraulic static pressure technology to split rock along natural fracture lines. By inserting splitting wedges into pre-drilled holes, the hydraulic system applies tremendous force to precisely fracture rock without vibration, noise, or dust.

Unlike traditional blasting or vibration-based breakers, Yugong Fu delivers green breaking with zero vibration, zero noise, and near-zero dust emission—filling a domestic technology gap and achieving international leading standards.

Core Technical Advantages

How It Works

1.Drill — Drill holes of appropriate diameter and depth into the rock

2.Insert — Place the splitting wedge into the hole

3.Pressurize — Hydraulic system applies powerful force

4.Split — Rock fractures along natural fault lines

Application Scenarios

• Mining Operations — Safer alternative to explosives

• Tunnel Excavation — Urban tunnels, mountain tunnels, all terrain

• Urban Demolition — Silent operation, no disturbance

• Foundation Rock Breaking — Foundation excavation, pile treatment

• Stone Quarrying — Precise cutting, preserves stone integrity

Why Choose Yugong Fu?

vs. Traditional Blasting

• No blasting permits required

• No vibration affecting nearby structures

• No noise or dust—urban construction ready

• 24/7 operation capability

vs. Vibration Breakers

• Higher breaking efficiency

• Better performance on hard rock

• Lower equipment wear

• Superior operational precision

Product Specifications

Various models available for different project requirements. Contact our sales team for selection guidance on splitting force, bore diameter, and operational efficiency specifications.

Brand Credentials

• 26 Years of technology expertise

• 40+ domestic and international patents

• EU CE Certified — International quality assurance

• 20+ Countries — Trusted by users worldwide

"Persistence Breaks Mountains."

Yugong Fu — Where Technology Meets Tradition.