Working tool types
CONICAL MOIL TOOL | ||
Working principle: | Basic function:- Excellent penetration and good wedge effect | Application:- Soft and medium hard rocks into which the tool easily penerates - Concrete, reinforced concrete - Hard and abrasive materials - Cracked material |
CHISEL TOOL | ||
Working principle:
| Basic function:- Breaking, cutting, profiling - Good penetration and good wedge effect | Application:- Soft and medium hard rocks into which the tool easily penerates - Concrete, reinforced concrete - Crushing stones - Primary breaking - Trenching - Heavily cracked rocks |
PYRAMIDAL MOIL TOOL | ||
Working principle: | Basic function:- Material penetrating - More commonly used for tool diameters above 100 mm (better rock breaking) | Application:- Soft and medium hard rocks into which the tool easily penerates - Concrete, reinforced concrete - Hard and abrasive materials - Cracked rocks |
BLUNT TOOL | ||
Working principle: | Basic function:- Stone breaking by stone fractures - No material penetration - Excellent energy transmission | Application:- Hard volcanic rocks - Granite - Secondary breaking (breaking oversizes) |
ASPHALT CUTTER (CHISEL) | ||
Working principle: | Basic function:- Breaking, cutting, profiling | Application:- Soft materials - Asphalt |
MOIL TOOL X-PROFILE | ||
Working principle:
| Basic function:- Material penetrating - The grooves are used to blow out dust when penetrating the rock - Partially, they also dissipate heat from the tip of the tool - With this effect, they improve the penetration of the tool into the material | Application:- Materials with a large amount of dust - Concrete - Gypsum - Clay - Limestone |
CHISEL TOOL X-PROFILE | ||
Working principle: | Basic function:- Breaking, cutting, profiling - The grooves are used to blow out dust when penetrating the rock - Partially, they also dissipate heat from the tip of the tool | Application:- Materials with a large amount of dust - Concrete - Gypsum - Clay - Limestone |