The manufacturing process of connecting sleeves has a significant impact on their performance. Common manufacturing processes for connecting sleeves include casting, machining, and forging. Among these, machining is the most common process, utilizing precision equipment such as CNC machine tools to achieve higher precision and better durability.
Manufacturing Process Of Connecting Sleeves
Popular Products
Power Take-Off PTO Shaft
Shaft Diameter: Φ20–Φ80 mm
Length: 100–600 mm
Material: 40Cr, 42CrMo
Heat Treatment: Quenching...
Length: 100–600 mm
Material: 40Cr, 42CrMo
Heat Treatment: Quenching...
Billet Output Shaft
Shaft Diameter: Φ25–Φ85 mm
Length: 180–550 mm
Material: 42CrMo, 40Cr
Heat Treatment: Quenching...
Length: 180–550 mm
Material: 42CrMo, 40Cr
Heat Treatment: Quenching...
Reverse Idler Shaft
Shaft Diameter: Φ15–Φ55 mm
Length: 60–280 mm
Material: 40Cr, 42CrMo
Heat Treatment: Quenching &...
Length: 60–280 mm
Material: 40Cr, 42CrMo
Heat Treatment: Quenching &...
Shaft Mounted Clutch
Shaft Diameter: Φ25–Φ80 mm
Length: 120–450 mm
Material: 20CrMnTi
Heat Treatment: Carburizing...
Length: 120–450 mm
Material: 20CrMnTi
Heat Treatment: Carburizing...
Front Drive Pinion Gear
Module: 3–7 (customizable)
Tooth Count: Per customer drawing
Accuracy Grade: DIN 7
Material:...
Tooth Count: Per customer drawing
Accuracy Grade: DIN 7
Material:...
Stock Bevel Gears
Module: 2–8 (customizable)
Cone Angle: Per customer drawing
Accuracy Grade: DIN 7
Material:...
Cone Angle: Per customer drawing
Accuracy Grade: DIN 7
Material:...