CS UNITEC PLANTEX® Flap Disc 93518

Description
PLANTEX® offers important advances in grinding performance, service life, protection for the environment and personal safety. The development of the new PLANTEX® high-tech compound has resulted in the production of the first flap discs in the world with a backing plate made of natural hemp, with polypropylene used to bind it. In addition to excellent material abrasion and a long service life, the discs offer maximum operator safety, protection of natural resources and environmental friendliness. This new composite material (hemp and polypropylene) minimizes pollution from production to waste disposal. Even the polypropylene binding material combusts to approximately 1% carbon when disposed of by thermal methods, producing almost zero residue. Polypropylene is physiologically safe and is used in automotive engineering (interior) and medical technology for common items such as syringes, cannulae and infusion bottles. As a result of its fiber structure, the hemp fiber offers excellent tearing strength values. The superior strength values of this high-tech compound are achieved through a patented new treatment (“impact method”) for hemp fibers.
Datasheet
Description
PLANTEX® offers important advances in grinding performance, service life, protection for the environment and personal safety. The development of the new PLANTEX® high-tech compound has resulted in the production of the first flap discs in the world with a backing plate made of natural hemp, with polypropylene used to bind it. In addition to excellent material abrasion and a long service life, the discs offer maximum operator safety, protection of natural resources and environmental friendliness. This new composite material (hemp and polypropylene) minimizes pollution from production to waste disposal. Even the polypropylene binding material combusts to approximately 1% carbon when disposed of by thermal methods, producing almost zero residue. Polypropylene is physiologically safe and is used in automotive engineering (interior) and medical technology for common items such as syringes, cannulae and infusion bottles. As a result of its fiber structure, the hemp fiber offers excellent tearing strength values. The superior strength values of this high-tech compound are achieved through a patented new treatment (“impact method”) for hemp fibers.
Datasheet

Suppliers

Company
Product
Description
Supplier Links
PLANTEX® Flap Disc - 93518 - CS UNITEC
Norwalk, CT, USA
PLANTEX® Flap Disc
93518
PLANTEX® Flap Disc 93518
PLANTEX® offers important advances in grinding performance, service life, protection for the environment and personal safety. The development of the new PLANTEX® high-tech compound has resulted in the production of the first flap discs in the world with a backing plate made of natural hemp, with polypropylene used to bind it. In addition to excellent material abrasion and a long service life, the discs offer maximum operator safety, protection of natural resources and environmental friendliness. This new composite material (hemp and polypropylene) minimizes pollution from production to waste disposal. Even the polypropylene binding material combusts to approximately 1% carbon when disposed of by thermal methods, producing almost zero residue. Polypropylene is physiologically safe and is used in automotive engineering (interior) and medical technology for common items such as syringes, cannulae and infusion bottles. As a result of its fiber structure, the hemp fiber offers excellent tearing strength values. The superior strength values of this high-tech compound are achieved through a patented new treatment (“impact method”) for hemp fibers.

PLANTEX® offers important advances in grinding performance, service life, protection for the environment and personal safety.

The development of the new PLANTEX® high-tech compound has resulted in the production of the first flap discs in the world with a backing plate made of natural hemp, with polypropylene used to bind it. In addition to excellent material abrasion and a long service life, the discs offer maximum operator safety, protection of natural resources and environmental friendliness.

This new composite material (hemp and polypropylene) minimizes pollution from production to waste disposal. Even the polypropylene binding material combusts to approximately 1% carbon when disposed of by thermal methods, producing almost zero residue. Polypropylene is physiologically safe and is used in automotive engineering (interior) and medical technology for common items such as syringes, cannulae and infusion bottles. As a result of its fiber structure, the hemp fiber offers excellent tearing strength values. The superior strength values of this high-tech compound are achieved through a patented new treatment (“impact method”) for hemp fibers.

Supplier's Site Datasheet

Technical Specifications

  CS UNITEC
Product Category Abrasive Discs
Product Number 93518
Product Name PLANTEX® Flap Disc
Disc / Backing Type Hemp Fiber
Applications & Materials Abraded Blending & Intermediate Cutting; Dry Grinding or Sanding; Metalworking
Mounting Handheld
Unlock Full Specs
to access all available technical data

Similar Products

Abrasive Discs - 1757103 - RS Components, Ltd.
RS Components, Ltd.
Specs
Outer / OD 2.00 inch (50.8 mm)
Grit Size 60 # or Microns
View Details
Norton AO Coarse Fiber Disc - 66254400700 - Norton Abrasives
Specs
Disc / Backing Type Fibre
Applications & Materials Abraded Dry Grinding or Sanding; Coarse Grit / Material Removal / Rough Finishing; Metalworking; MRO / Welding
Outer / OD 4.50 inch (114 mm)
View Details
Weiler Tiger Paw Type 27 Non-Woven Zirconium Flap Disc - Medium Grade - 4 1/2 in Diameter - 7/8 in Center Hole - 51163 - 012382-51163 - R. S. Hughes Company, Inc.
Specs
Disc / Backing Type Cloth; Nonwoven; Phenolic Resin
Bore / Shank 0.875 inch (22.22 mm)
Type Zirconium
View Details
FIX Zirconium Disc - 80919 - CS UNITEC
Specs
Disc / Backing Type Nonwoven
Applications & Materials Abraded Automotive; Cleaning and Surface Prep; Dry Grinding or Sanding; Finishing and Deburring; Metalworking; Portable Grinder or Handheld
Mounting HookLoop
View Details