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Alion.Associates.co
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  • ABOUT US
  • PRODUCTS
  • TECHNOLOGY
  • Nylon shuttlecocks

Our Technology

Manufacturing Process Flow Chart

Drying nylon compound in hopper→ Dried nylon compound feeds into extrusion machine → Generating monofilament from extrusion machine →Coiling monofilament to creel→Fixing some tufts of monofilament on braiding machines

                      

Titanium-panel-inlayer T-joint

The advantage of “Titanium-panel-inlayer T-joint”

  1. Reducing vibration from frame to player’s palm so helping players with driving racket precisely
  2. Solid T-joint structure diminishes the frame and shaft twist 
  3. Outstanding torsion allows for more control and quick reaction in aggressive stroke play

Built-in Congruent Titanium Wires

  1. Excellent resilience during the aggressive smash and play to return a shot
  2. A racket with this shaft is balanced rotation for front and backhand shots without power abatement 
  3. Avoidance of power consumption from palm to frame

the thinner diameters of shaft

  1. Excellent resilience during the aggressive smash and play to return a shot

  • A racket with this shaft is balanced rotation for front and backhand shots without power abatement 

  1. Avoidance of power consumption from palm to frame

New Tech

Animation of Nylon Shuttlecock Injection

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