ABOUT KTSU
JiangSu Kensetsu Buhin Co.,Ltd. is the Sino-Japanese joint venture enterprise ,specialize in the undercarriage parts for construction and agriculture machinery. Our main products include Track Roller, Carrier Roller, Front Idler, Sprocket, Track Chain Assembly applied to hydraulic excavator, bulldozer, paving machine and agricultural machine, a great variety with over 3000 items.
Our company is located in the Economy and Technology Development Zone of Shipai, Kunshan City, Jiangsu Province, China, 50 km away from Shanghai. It covers an area of 70,000 sq. meters, in which 45,000 sq. meters are building area. Its traffic and transportation are very convenient and it enjoys exceptional advantages of economic and geographical conditions.
Product Quality Control
Advanced CAD and CAM technology are adopted for designing and developing. Specialized designing and hi-tech manufacturing ensure the high quality products.
Production equipment
Composed by two pieces of forged semi-roller shell, the entire roller shell is welded by NITTO friction welding machine, CO2 automatic welding & Robot welding.
KTSU Manufacturing Video
Production equipment
• Composed of two forged half roll shells, the entire roll shell is welded by NITTo friction welding machine CO2 automatic welding and robot welding.
• The ideal surface hardness and depth hardness of the roller sleeve ensure the high quality and service life of the product.
• Processed by CNC lathes and CNC machine tools, ensuring the ultra precision and stability of product dimensions.
• The precise assembly process and high-quality and reliable floating sealing group achieve perfect sealing and lubricated rotation of the rollers
Our Partner
Blog posts
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3D Scanning vs CMM Inspection: Choose by the Fe...
Neither 3D scanning nor a coordinate measuring machine (CMM) is the better method in general. The right plan comes from the features you must verify, so allocate method by feature....
3D Scanning vs CMM Inspection: Choose by the Fe...
Neither 3D scanning nor a coordinate measuring machine (CMM) is the better method in general. The right plan comes from the features you must verify, so allocate method by feature....
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Circular Runout vs Roundness: Check the Datum A...
Roundness describes the form of a circular feature by itself. Circular runout describes how a surface varies when the part is rotated about a specified datum axis. A surface can...
Circular Runout vs Roundness: Check the Datum A...
Roundness describes the form of a circular feature by itself. Circular runout describes how a surface varies when the part is rotated about a specified datum axis. A surface can...
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Fracture Toughness vs Charpy Impact: When Charp...
A Charpy result and a fracture-toughness result answer different questions, so a good Charpy certificate cannot stand in for toughness evidence when the concern is an existing sharp flaw. Charpy...
Fracture Toughness vs Charpy Impact: When Charp...
A Charpy result and a fracture-toughness result answer different questions, so a good Charpy certificate cannot stand in for toughness evidence when the concern is an existing sharp flaw. Charpy...
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XRD vs Hole-Drilling Residual Stress: Match Dep...
X-ray diffraction (XRD) and the hole-drilling strain-gage method do not measure the same volume of material or rely on the same assumptions. Two results that look contradictory, even with opposite...
XRD vs Hole-Drilling Residual Stress: Match Dep...
X-ray diffraction (XRD) and the hole-drilling strain-gage method do not measure the same volume of material or rely on the same assumptions. Two results that look contradictory, even with opposite...