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Hard carbide saw blade

The solid carbide saw blade can be used to cut materials such as aluminum, steel, stainless steel, hardened steel, and non-ferrous metals. Contact our sales team to explore all your pricing options. We also offer custom sizes—just let us know your specifications. After you leave your message, we’ll get back to you within three hours with a detailed product quote.


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Product Description

Product introduction

The hard carbide saw blade (also known as a tungsten saw blade) is an alloy tool product, primarily used for cutting metallic materials, grooving, and processing wood products. Its base body is typically made from 65Mn spring steel, carbon tool steel, and other materials, while the blade head consists mainly of tungsten-cobalt alloy (YG series), offering high impact resistance and exceptional machining precision. Specification parameters include diameters ranging from 110 to 600 mm, various tooth shapes (left-hand and right-hand teeth, flat teeth, stepped teeth, etc.), and customizable angle-adjustment designs. Left-hand and right-hand teeth are ideal for cutting wood, while flat teeth are best suited for aluminum cutting—and both can be used with electric saws or profile-cutting machines.

The hard carbide saw blade can be customized according to the material’s characteristics, with parameters such as outer diameter, thickness, and number of teeth. It features a coating treatment and a positive front-angle design to enhance cutting efficiency. When installing, ensure it matches the equipment’s hole diameter (20–30 mm), and optimize parameters like the front angle and back angle to maximize tool life. This product is widely used in wood processing, aluminum profile cutting, and aerospace manufacturing—and some models are even capable of milling high-hardness materials like stainless steel and titanium alloys. Regular maintenance includes periodic cleaning of debris and checking the equipment’s precision to ensure consistent processing quality.

The number of teeth on the saw: generally speaking, the higher the number of teeth, the more cutting edges there are per unit of time, resulting in better cutting performance. However, a greater number of teeth requires more hard carbide, which increases the blade’s price. On the other hand, if the teeth are too closely spaced, chip evacuation becomes less efficient, potentially leading to blade overheating. Additionally, if there are too many teeth and the feed rate isn’t properly adjusted, the amount of material removed by each tooth becomes extremely small, increasing friction between the cutting edge and the workpiece—and ultimately reducing the blade’s lifespan. Typically, the tooth spacing ranges from 15 to 25 mm, and an appropriate number of teeth should be selected based on the material being cut.

The solid carbide saw blade can be used to cut materials such as aluminum, steel, stainless steel, hardened steel, and non-ferrous metals.

 

Product parameters

Unit: MM

Outer diameter Thickness
12 0.2~4.0
13 0.2~4.0
16 0.2~4.0
20 0.2~4.0
22 0.2~4.0
25 0.2–5.0
32 0.2–5.0
35 0.2–5.5
40 0.2–8.0
45 0.2~4.0
50 0.2–5.5
55 0.5–5.5
60 0.5–6.0
63 0.2–6.0
65 0.2–6.0
70 0.2–6.5
75 0.2–6.5
80 0.2–6.5
85 0.2–6.5
90 0.2–6.5
100 0.2–6.5
105 3.5–6.0
110 0.2–6.5
115 0.2–5.0
120 0.2–5.0
125 0.2–6.5
130 0.2–5.5
150 0.2~4.5

Category:

Cemented Carbide Materials

Key word:

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