HS WHIPPING TWINE 0.7mm GREEN PU 100m

Numéro d'article WT0353
Marlow's HS Whipping Twine has been developed to satisfy the demand for a high strength and abrasion resistant whipping material that also lays flat. This allows the production of uniquely high performing yet low profile whips. Ideally suited for finishing, tapering and other demanding roles where

Description

Marlow's HS Whipping Twine has been developed to satisfy the demand for a high strength and abrasion resistant whipping material that also lays flat. This allows the production of uniquely high performing yet low profile whips. Ideally suited for finishing, tapering and other demanding roles where the reliability of a whip can make all the difference.
BENEFITS: 
  • Excellent abrasion resistance
  • Flat construction for low profile whips
  • Good chemical resistance
  • Good UV resistance
  • High strength
  • Low elongation
  • Very light weight

Spécifications

Description
HS WHIPPING TWINE 0.7mm GREEN PU 100m
Colour
GREEN
Diameter
0.7 mm
Material type
HMPE

HS WHIPPING TWINE 0.7mm GREEN PU 100m

Numéro d'article WT0353
Marlow's HS Whipping Twine has been developed to satisfy the demand for a high strength and abrasion resistant whipping material that also lays flat. This allows the production of uniquely high performing yet low profile whips. Ideally suited for finishing, tapering and other demanding roles where

Spécifications

Description
HS WHIPPING TWINE 0.7mm GREEN PU 100m
Colour
GREEN
Diameter
0.7 mm
Material type
HMPE

Description

Marlow's HS Whipping Twine has been developed to satisfy the demand for a high strength and abrasion resistant whipping material that also lays flat. This allows the production of uniquely high performing yet low profile whips. Ideally suited for finishing, tapering and other demanding roles where the reliability of a whip can make all the difference.
BENEFITS: 
  • Excellent abrasion resistance
  • Flat construction for low profile whips
  • Good chemical resistance
  • Good UV resistance
  • High strength
  • Low elongation
  • Very light weight