Fine Panel Processing,Melamine,High-Pressure Laminates,Dense Composites,Non-Ferrous Aluminum Slicing
Walter · Precision Production Sawblades
Premium
100T TCG
Circular Saw Blade
A professional Walter carbide-tipped industrial circular saw blade with a 12-inch diameter, 1-inch bore, and 100-tooth Triple Chip Grind configuration. It is intended for compatible fine panel processing, melamine, high-pressure laminates, plastics, dense composites, and non-ferrous aluminum applications requiring refined edge quality.
12 inOutside Diameter
100TTooth Count
TCGTriple Chip Grind
1 inBore / Arbour
Tool Type
100T TCG Saw Blade
This fine-finish production saw blade combines a laser-cut tensioned steel plate, carbide-tipped teeth, and high-density Triple Chip Grind geometry for controlled cutting in compatible brittle, abrasive, and non-ferrous materials.
Designed for compatible industrial saws using a 1-inch arbour and supporting the required 12-inch blade capacity, flange geometry, guarding, spindle rotation, and operating-speed range.
Main Product Description
The Walter Premium Industrial High-Performance Circular Saw Blade 13-012 002 100 is designed for production environments requiring refined edge quality, stable tracking, and controlled chip evacuation. Its verified configuration combines a 12-inch diameter, 1-inch bore, 100 carbide-tipped teeth, and high-density Triple Chip Grind geometry.
TCG tooth geometry alternates a higher trapezoidal tooth with a lower flat-raker tooth to divide the cutting load and manage brittle or abrasive surfaces. The dense 100-tooth configuration supports compatible double-sided melamine, high-pressure laminates, plastics, solid-surface materials, dense composites, and non-ferrous aluminum where minimized edge chipping is a priority.
The laser-cut tensioned steel plate and micro-grain carbide cutting tips support dimensional stability during demanding fine-finish production runs. Before installation, confirm machine blade capacity, 1-inch arbour fit, flange contact, kerf and plate-clearance requirements, spindle rotation, maximum RPM, guarding, and the suitability of the blade for the specific material being processed.
ApplicationFine Panel Processing and High-Finish Industrial Cutting
Material CompatibilityDouble-Sided Melamine, High-Pressure Laminates, Plastics, Solid-Surface Materials, Dense Composites, and Compatible Non-Ferrous Aluminum
Machine InterfaceDesigned for compatible industrial saws using a 1-inch arbour and supporting the required 12-inch blade capacity, flange geometry, guarding, spindle rotation, and operating-speed range.
Application Matrix
Best Fit Applications
Double-Sided Melamine Panels
High-Pressure Laminates
Thin-Walled Aluminum Profiles
Plexiglass & Solid Surfaces
Fine Industrial Panel Cutting
Performance Details
Product Highlights
01
High-Density TCG Geometry
The alternating trapezoidal and flat-raker tooth sequence helps control cutting load and reduce edge fracture in compatible brittle and abrasive materials.
02
100-Tooth Fine Pitch
The dense tooth spacing supports smooth feed performance and refined finish quality in compatible panel, laminate, plastic, and non-ferrous applications.
03
Tensioned Carbide-Tipped Construction
The laser-cut steel plate and carbide tooth tips support stable tracking and durable production cutting when operated within verified machine limits.
Before Machining
Compatibility & Installation Notes
Confirm 12-inch blade capacity, 1-inch arbour fit, flange contact, kerf and plate-clearance requirements, pinhole or drive-hole requirements, tooth orientation, spindle rotation, maximum RPM, guarding, and machine-specific material limitations before installation. Keep the blade and flanges clean, inspect carbide tips and plate condition, and match feed rate, blade projection, material support, and chip extraction to the application.
Production Outcome
Fine-Finish TCG Production Cutting
The Walter Premium Industrial High-Performance Circular Saw Blade 13-012 002 100 combines a 12-inch diameter, 1-inch bore, 100-tooth Triple Chip Grind configuration, carbide-tipped cutting edges, and a tensioned steel plate for compatible fine panel-processing and industrial cutting operations.
Correct machine fit, blade capacity, flange condition, operating speed, feed rate, material support, chip extraction, and guarding are essential for achieving the intended cutting quality and service life.
