How hard is the cutting material?

The carbide grade used in this cold saw for high carbon steel cutting delivers 89–91 HRA (carbide-tipped) / 65–67 HRC (M2/M42 HSS body) hardness, which keeps the cutting edge sharp under continuous load.

Can you supply OEM or ODM parts, and how fast?

Yes. VPOINT TOOLS runs two factories in China (Chengdu and Dongguan) and accepts OEM and ODM orders. Standard samples and in-stock items ship within 24-48 hours; custom tooling is quoted per specification.

Which machines and materials is this cold saw for high carbon steel cutting used for?

It is used on CNC routers, table saws and spindle moulders for cutting particle board, MDF, plywood, solid wood and aluminium composite panels. Chipbreaker or replaceable-insert models are available for high-volume production runs.

Do you ship worldwide?

Yes. VPOINT TOOLS ships carbide and PCD woodworking tooling to more than 100 countries. Tell us the destination and application and we will confirm freight cost and lead time.

Cold Saw for High Carbon Steel Cutting

Cold saw for high carbon steel (C ≤ 0.75%) and alloy steel, V 70-100 m/min. Carbide teeth for precision cold saw machines.

The VPOINT Cold Saw for High Carbon Steel Cutting is a carbide-tipped circular saw blade. Ideal for cold sawing high carbon steel, alloy steel bar and tube cutting and precision end faces on hard steel.

Product Description

Design and Construction — a VPOINT woodworking cutting tool for panel sizing and crosscut work, sized for chipboard / particleboard and similar workpieces. The specification table below lists dimensions; the performance table gives standard reference values to start with, and the FAQ covers selection and service. ISO 9001 production, batch-verified, custom sizes from drawings.

Explore high-performance cold saws for cutting high carbon steel with precision. These saws ensure clean, accurate cuts with minimal heat, preserving the steel’s integrity. Ideal for industries like automotive and metalworking, they offer durability, extended tool life, and efficient cutting solutions. Enhance productivity and reduce waste with our advanced cold saw technology.

Characteristics:

1. Customized steel plate with rare alloy

2. Cermet alloy teeth

3. Special angle design

4. Perfect straight cutting Mirror surface

5. Durable

Application	For high carbon steel cutting
Equipment	High precise cold saw machine
RPM	V=70-100m/min
The amount of cut per tooth	Bar FZ=0.04-0.07 Tube FZ=0.03-0.06
Material	C≤0.75% Carbon steel, Alloy steel
Tips	Cermet alloy

Cold Saw for High Carbon Steel Cutting

Cold saws for high carbon steel cutting offer precision, durability, and efficiency. Designed to provide clean cuts with minimal heat, they preserve the material’s integrity, making them ideal for industries like automotive and metalworking. These saws enhance productivity, extend tool life, and reduce material waste.

Design and Construction

The cold saw for high carbon steel cutting carries tungsten carbide teeth for high-precision cold saw machines: cutting speed 70-100 m/min, feed per tooth 0.04-0.07 mm (bar) and 0.03-0.06 mm (tube), for material up to C 0.75% carbon steel and alloy steel. The specifications table lists the full data as stated by the factory.

How It Works

High-carbon and alloy steels are harder than plain carbon: the slower speed range and lower feed per tooth keep each carbide tooth in its efficient range, and the cold-saw action keeps the cut face free of heat damage.

Applications

Cold sawing high carbon steel
Alloy steel bar and tube cutting
Precision end faces on hard steel
Bearing and tool steel components

Suitable Materials

High carbon steel (C ≤ 0.75%)
Alloy steel
Steel bar and tube
Hardened steel components

Slower speed and controlled feed keep the carbide edge efficient on hard carbon and alloy steels.

Material Comparison: Tungsten Carbide vs. High-Speed Steel (HSS) Body

These blades are carbide-tipped. The figures below are typical industry data showing where carbide tipping and high-speed steel each win, so you can match the material to the job.

Property	Tungsten Carbide	High-Speed Steel (HSS) Body
Hardness	89–91 HRA (carbide-tipped)	65–67 HRC (M2/M42 HSS body)
Hot hardness	Keeps hardness at ~900–1,000 °C	Softens above ~600 °C
Feed and speed	Higher cutting speeds and feeds on steel	Moderate speeds; gentler on the saw
Re-conditioning	Tips re-tipped by the factory	Re-ground in-house many times
Best suited for	Production cutting of medium and high carbon steel	General-purpose cutting and cost-sensitive work

Delivery Scope

Single blade. Order by the specification stated in the specifications table below.

Why Choose VPOINT

One-year warranty on every cutter — defects in material or workmanship are covered for 12 months from delivery.
Custom tooling — diameters, shanks, cutting lengths and flute configurations built to your drawing or sample.
Non-standard fabrication — sizes outside the standard catalogue, including special geometries.
Resharpening service — cutters return to service after regrinding at a fraction of new-tool cost.
Factory-direct since 2008 — ISO 9001 manufacturing in Sichuan and Dongguan, China; no trading intermediaries.

Send a drawing, a sample or a worn tool, and our engineering team will quote the exact specification you need.

Precision & Quality Control

Every cutter is inspected before shipment. Shank diameter, cutting-edge diameter, cutting length and overall length are measured against the values listed in the specifications table, and cutting edge runout is verified on the assembled tool.

Tools measuring outside tolerance do not ship. Inspection is performed under our ISO 9001 quality system, with batch records retained for traceability.

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Performance Data

Standard reference values for guidance only — always adjust to machine rigidity, clamping and tool wear, and confirm on the actual workpiece.

Material	Typical spindle speed	Typical feed	Notes
chipboard / particleboard	4,500–6,000 rpm	10–18 m/min	TCT teeth resist abrasive glue
MDF / HDF	5,000–6,500 rpm	9–16 m/min	Smooth kerf, minimal fuzzing
melamine-faced panels	4,500–5,500 rpm	8–14 m/min	Score first to prevent face chipping
solid wood	4,800–6,000 rpm	10–15 m/min	Alternating grain demands sharp teeth