Adjustable Screw Thread Interrupted Dies-Cobalt HSS

Adjustable Straight flute thread round die - Cobalt High-Speed Steel(HSS-Co) (ARD.Hc)

Features:

Adjustable × Straight flute thread round die × Cobalt High-Speed Steel × Dedicated Workpiece Material Parameters #C (Dedicated Cutting Edge Clearance + Dedicated thread back-relief (clearance) + Dedicated Cutting Angle)

Advantages:

• Cobalt-containing high-speed steel = high toughness + high chip-breaking ability + high red hardness + less prone to annealing softening

• Adjustable structure = adjustable size + meets thread gauge inspection requirements + meets post-processing requirements

• Straight groove thread edge = high edge strength + less prone to chipping

• Dedicated cutting clearance = high machinability + stable burr-free operation + high performance + long service life + low cutting torque = high efficiency

• Dedicated thread back-relief (clearance) = stable thread dimensions + less prone to spring-back + less prone to shrinkage + resistant to temperature rise + anti-chip adhesion = high stability

Adjustable Straight flute thread round die –(HSS-Co) Cobalt- high-speed steel (ARD.Hc) + (optional) = Pointed (RP) + Interrupted thread structure (#X) + Titanium plating (Ti)

Features:

Adjustable × Straight flute thread round die ╳ (HSS-Co)Cobalt high-speed steel ╳ Dedicated workpiece material parameters #C (dedicated cutting clearance + dedicated thread back-relief (clearance) + dedicated cutting angle) ╳ Tip edge (#RP) ╳ Interrupted structure (#X) ╳ Titanium-plated (Ti)

Advantages:

• Cobalt-containing high-speed steel = high toughness + high chip-breaking ability + high red hardness + less prone to annealing softening

• Adjustable structure = adjustable size + meets thread gauge inspection requirements + meets post-processing requirements

• Straight groove thread edge = high edge strength + less prone to chipping

• Dedicated cutting edge clearance = high machinability + stable burr-free operation + high performance + long service life + low cutting torque = high efficiency

• Dedicated thread back-relief (clearance) = stable thread dimensions + less prone to springback + less prone to shrinkage + resistant to temperature rise + anti-chip adhesion = high stability

• Pointed cutting edge = forced front chip removal + reduced thread exit burrs + reduced chip trapping and adhesion

• Interrupted thread structure = increased chip removal space trajectory + increased chip removal efficiency = speed can be increased by 20~40%