Cutting picks for mining and excavation machine-Kelleg

Sharp tips outcrop 1. It is suitable for partial soft geology.
2. Shape is sharper and smoother, and is more conducive to breaking rocks. The product strength is low, and it is easy to collapse or break under severe working conditions. The applicable working condition of the product is narrow. Full tips outcrop 1. It is suitable for hard geology.
2. The full alloy is more resistant to impact and less likely to break. It is suitable for a wide range of working conditions. The alloy cost of general hard geological products is relatively high, and the rock-breaking resistance increases. Shallow buried depth 1. It is suitable for soft geology.
2. Weak impact has lower requirements for welding.
3. Shallow buried depth can reduce costs and improve cost performance. The weld area is small, and the tips is easier to fall off. The applicable working condition of the product is narrow. Deep buried depth 1. It is suitable for hard geology.
2. The alloy welding area is large, not easy to fall off, and the product is stable. The buried depth is large, and the alloy cost is high. Bottom Waist Alloy 1. It is suitable for soft ground.
2. The impact of the working condition is weak, and the narrowing of the alloy bottom can reduce the cost.
3. The thickness of the mouthguard steel is increased to reduce the risk of alloy shedding. The product strength is low, and it is easy to collapse or break under severe working conditions. The applicable working condition of the product is narrow. Bottom column alloy 1. It is suitable for hard geology.
2. The thick alloy is more resistant to impact and less likely to break. Generally, the alloy cost of hard geological products is high, the steel of the tooth guard becomes thinner, and the alloy is easy to fall off during partial wear. Smooth shape 1. It is suitable for soft geology.
2. The design has a sharper and smoother shape.
3. The coal pick has high rock-breaking efficiency, reduces cutting resistance, increases lump coal rate, and efficiently mines coal. The product strength is low and is prone to accidental failure in case of severe working conditions.