SLIVER Management

THE RATIONALE BEHIND THE PATH BREAKING TECHNOLOGY OF UCC

• Currently, all the spinners are running process as per market demand. It may be comer yarn, carded yarn or man made fibres.
• It is difficult to run the different materials in a single can and solve the different problems that arise with handling of different sliver. This led to the innovation of combination spring technology.
• UCC is a combination of spring for multiple type of sliver handling.

/ because incorrect sliver handling cons damages sliver, yam made from it, has many more imperfections

THE RATIONALE BEHIND THE TECHNOLOGY OF DUO

• In current market scenario spinners are upgrading to machines which reduces sliver migration and static charge.
• The sliver Cans available in market are not able to withstand the rigour of new generation spinning machines, leading to reduced lifespan, causing loss to the spinner.
• The regular Sliver Can is damaged partially or fully, before the can exhausts its working life.

/ because elimination of static change accumulation enhances yarn realisation

THE RATIONALE BEHIND THE MAKING OF SUMO CANSs

• Most Spinners Face Problems while Handling Heavier Load of Sliver
• Due to non-compatible Bottom Coiler Plate and Can change systems, Sliver Cans get damaged resulting in work stoppages and financial loss.

/ because later machines from word leading companies like Trutzschler & Rieter require bigger and stronger cans.

THE RATIONALE BEHIND THE INNOVATIVE TECHNOLOGY OF ASH

Multiple Problems Faced by Spinners during the Yarn Marketing Process:

• Sliver lifting with 500 Gram deflection, Sliver below Top Ring of can by 6” / 7”
  
• 2” / 3” Tilting, Sliver stretch with can body
• During Sliver unwinding process, breakage in simplex grill and Sliver thick & thin problem.
• Breakage in simplex grill, Sliver wastage and Sliver damage
• Improper sliver coiling due to can ovality; damages first layer of sliver.
• Sliver accumulation at D/F machine Top Roll area, and machine stoppages more.
• Regular Spring and Top Plate will not be at Center of the Can. Will not maintain equal gap between Top Plate and Top Ring.
• Regular Castore in Cans, manpower required for cleaning, Castore Jamming problem.

/ because retention of sliver parameters during the yarn making process, is affected by multiple factors