Anti-Bleaching Geometry
Specialized relief and clearance angles help reduce material stress and visible whitening on dark polymer edgebands.
Leitz Premium Carbide Scraper Blade 12x20x2mm R=2 Anti-Bleaching
CA$999.99
In stock
SKU
L74098
Product Type
HW Premium Radius Scraper Insert Blade
Dimensions
12 mm x 20 mm x 2 mm
Radius
R = 2.0 mm
Special Feature
Anti-Bleaching Engineering (Eliminates Stress Whitening)
Material Composition
Premium Sub-Micron Grade Tungsten Carbide (HW)
Application Type
Edgebanding Profile Finishing &Plastic Edge Smoothing
HW Scraper Anti-Bleaching
Insert Blade
HW Scraper Insert Blade
High-precision tungsten-carbide scraper insert engineered for industrial edgebander profile-finishing units. Its 12 × 20 × 2 mm format, R=2.0 mm radius, and anti-bleaching micro-geometry support smooth polymer-edge finishing while reducing stress whitening on ABS, PVC, PMMA, and thick plastic edgebands.
12 × 20 mmWidth × Length
T=2.0 mmThickness
R=2.0 mmRadius Profile
Premium HWCarbide Grade
HW Scraper Insert Blade
This genuine Leitz edge-finishing component combines premium tungsten carbide, a precision-ground R=2.0 mm profile, and anti-bleaching relief geometry for controlled scraping in automated edgebanding systems.
Solid Carbide HWR=2.0 mmAnti-Bleaching GeometrySKU L74098
Designed for compatible industrial edgebanders using standard profile-scraper blocks and the required 12 × 20 × 2 mm insert dimensions.
Main Product Description
The Leitz HW Anti-Bleaching Scraper Insert Blade L74098 is designed for industrial edgebanding lines requiring accurate radius finishing on plastic and polymer edge materials. Its 12 mm width, 20 mm length, 2.0 mm thickness, and R=2.0 mm profile provide a defined mounting envelope for compatible scraper blocks.
Premium-grade tungsten carbide supports wear resistance during continuous contact with ABS, PVC, PMMA, and thick plastic edgebands. The anti-bleaching micro-geometry helps control localized pressure and material stress that can cause visible whitening along dark or high-gloss edge profiles.
Precision-ground clearance angles and a mirror-finished working surface support smooth chip removal, reduced vibration marking, and consistent radial continuity. Correct scraper-block cleanliness, alignment, trace pressure, and clamping torque are essential for dependable finish quality and service life.
Technical Specifications
Scraper Insert L74098
- Leitz
- HW Scraper Insert Blade
- L74098
- Premium Industrial Tooling
- Premium-Grade Tungsten Carbide (HW)
- 20 mm
- 12 mm
- 2 mm
- 2.0 mm (R=2)
- Anti-Bleaching Micro-Geometry
- Precision-Ground Mirror Finish
- ABS, PVC, PMMA, and Thick Plastic Polymer Edges
- Machine Compatibility: Industrial Edgebanders with Standard Profile-Scraper Blocks
- Designed for compatible industrial edgebanders using standard profile-scraper blocks and the required 12 × 20 × 2 mm insert dimensions.
Best Fit Applications
ABS Edgeband Scraping
PVC Edge Smoothing
Radius Processing Units
Industrial Edgebanders
Stress-Whitening Reduction
Product Highlights
Premium Tungsten Carbide
Solid-carbide construction supports wear resistance and stable edge geometry during repeated automated scraping cycles.
Consistent R=2 Profile
Precision grinding supports continuous radial geometry and smooth chip extraction across compatible finishing aggregates.
Compatibility & Installation Notes
Power down and isolate the edgebanding line before installation. Confirm that the scraper block accepts the 12 × 20 × 2 mm format and that the R=2.0 mm profile matches the upstream radius-processing setup. Clean all resin and adhesive residue from the mounting pocket, tighten the clamping hardware to the specified torque, and run test panels to calibrate trace pressure and copy-wheel settings.
Improve Polymer Edge Finish Quality
The Leitz HW Anti-Bleaching Scraper Insert Blade L74098 is designed for cabinet, panel, and millwork manufacturers requiring repeatable radius finishing on demanding polymer edgebands. Its 12 × 20 × 2 mm format and R=2.0 mm profile support accurate installation and controlled finishing on compatible industrial equipment.
Tungsten-carbide construction, anti-bleaching micro-geometry, and precision-ground surfaces help reduce whitening, chatter marks, adhesive buildup, and manual rework while supporting consistent production-line output.