Professional manufacturer direct sales of high-quality mining 18*64 flat chain link arc tooth ring

Professional manufacturers direct sales of high-quality mining* flat chain links curved tooth rings
High-strength * flat chain joints for round chain links with complete specifications
3* flat chain joints with high cost performance Ring manufacturer price
Hot-selling mining forged forged type 3* chain link saw-tooth ring arc-tooth ring ladder-tooth ring
Saw-tooth ring arc-tooth ring ladder-tooth ring high-strength connecting ring for mining
Mining flat connecting rings vary according to the connection form, including serrated rings, ladder-toothed rings, and arc-toothed rings. Mining specifications generally include:,*,,
Type: forged type, forged type
Material : Manganese, manganese kainate, manganese vanadium
Usage of sawtooth ring: Used for connecting between mining ring chains and scrapers. Used to connect mining ring chains. When in use, it can be installed horizontally or vertically. Products are widely used in cement plants, mining, machinery, building materials, lifting, coal, metallurgy, chemical industry, transportation, water conservancy, ships and other fields.
Features: Light, flexible, strong, unique tooth design, precise tooth matching, easy to disassemble and assemble. Used to connect mining ring chains. When in use, it can be installed horizontally or vertically
The tooth top surface, tooth root surface and transition joint surface of saw tooth rings, arc tooth rings, ladder tooth rings, mining round ring chains, flat rings, and connecting rings adopt concentric and non-concentric double arc structures, and the tooth cross-section is Hook tooth shape, large tooth root arc, uniform force, strong self-locking force and large load-bearing capacity. Advanced processing technology and high precision.
Sawtooth rings are now available in large quantities, and various scraper accessories are complete. You are welcome to purchase.
Specific parameters of various specifications and models
Specifications
Maximum elongation ()
Self-weight
Test load
Minimum breaking load





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