Walter Premium Industrial High-Performance Non-Ferrous Metal Cutting Saw Blade

CA$73.86
In stock
SKU
23-010 001 100
Walter Premium Industrial Tooling
Product Type
Industrial Non-Ferrous Saw Blade
Tooth Geometry
100T Triple Chip Grind (TCG) with Negative Hook Angle
Dimensions
10" Diameter x 5/8" Bore (D10 x b5/8)
Application
Burr-Free Aluminum Extrusions, Brass Profiles, Copper Tubes, Thin-Walled Non-Ferrous Alloys & Plastics
Walter · Precision Non-Ferrous Saw Tooling

Premium 100T TCG
Non-Ferrous Saw Blade

A professional Walter carbide-tipped non-ferrous circular saw blade with a 10-inch diameter, 5/8-inch bore, 100-tooth Triple Chip Grind configuration, and negative hook geometry. It is intended for compatible aluminum extrusions, brass profiles, copper tubing, acrylics, dense plastics, and other high-finish non-ferrous production-cutting applications.

10 in Outside Diameter
100T Tooth Count
TCG Triple Chip Grind
5/8 in Bore / Arbour

Main Product Description

The Walter Premium Industrial High-Performance Non-Ferrous Metal Cutting Saw Blade 23-010 001 100 is designed for production environments requiring controlled chip formation, stable tracking, and refined cut quality in compatible non-ferrous metals and plastics. Its verified configuration combines a 10-inch diameter, 5/8-inch bore, 100 carbide-tipped teeth, Triple Chip Grind geometry, and a negative hook angle.

TCG geometry alternates trapezoidal and flat-raker teeth to divide the cutting load and manage hard or brittle surfaces. The high-density 100-tooth layout supports compatible aluminum storefront extrusions, brass profiles, copper tubing and busbar, acrylics, and dense plastic sheet where minimized burring, reduced grabbing, and smooth visible edges are priorities.

The laser-cut, double-tensioned industrial plate and micro-grain carbide tips support dimensional stability during demanding cutting cycles. Before installation, confirm 10-inch blade capacity, 5/8-inch arbour fit, flange contact, kerf and plate-clearance requirements, negative-hook orientation, spindle rotation, maximum RPM, guarding, workholding, and the suitability of any lubrication method for the machine and material.

Carbide cutting material used in Walter Premium Industrial High-Performance 100T TCG Non-Ferrous Metal Cutting Saw Blade tooling

Best Fit Applications

Aluminum Storefront Extrusions
Copper Busbar & Tubing
Industrial Brass Profiles
Acrylic & Dense Plastic Sheet
Fine Non-Ferrous Production Cutting

Product Highlights

01

100-Tooth TCG Geometry

The fine-pitch alternating trapezoidal and flat-raker sequence balances chip loads and supports smooth, low-burr finishes in compatible non-ferrous materials.

02

Negative Hook Angle

The negative rake profile helps control self-feeding and workpiece-grab tendencies when profiles, tubing, and sheet are correctly clamped and supported.

03

Thermally Stable Plate

The laser-cut, double-tensioned industrial plate supports tracking stability and controlled heat expansion during extended non-ferrous production cuts.

Compatibility & Installation Notes

Confirm 10-inch blade capacity, 5/8-inch arbour fit, flange contact, kerf and plate-clearance requirements, negative-hook tooth orientation, spindle rotation, maximum RPM, guarding, workholding, and machine-specific material limits before installation. Keep the blade and flanges clean, inspect carbide tips and plate condition, securely clamp profiles, tubing, busbar, and sheet, and use only machine-approved cutting fluids, waxes, or dry-cutting procedures.

Fine Non-Ferrous Cutting

The Walter Premium Industrial High-Performance Non-Ferrous Metal Cutting Saw Blade 23-010 001 100 combines a 10-inch diameter, 5/8-inch bore, 100-tooth Triple Chip Grind configuration, negative hook geometry, carbide-tipped cutting edges, and a double-tensioned industrial plate for compatible aluminum, brass, copper, acrylic, and plastic cutting operations.

Correct machine fit, flange condition, operating speed, secure workholding, feed rate, material support, chip control, approved lubrication practice, and guarding are essential for achieving the intended cutting quality and service life.

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