circular Saw Blade 235mm

Product Introduction

Our factory has engineers with more than 10 years of experience specializing in the field of diamond saw blades, so we can offer reasonable prices and quotations. The 235 mm Alloy Saw Blade by TORGWIN is a robust and reliable choice for cutting wood. This high-quality woodworking saw blade is designed to meet the demands of both professional and amateur woodworkers.

Product Parameter

If you need customization, we are ready to meet your needs. Please contact us if you're interested in it.

Features and Applications

Sharp and Durable: the blade's carbide teeth ensure sharpness and durability. This saw blade not only enhances the working efficiency of workers but also ensures clean, smooth cuts without tearing the wood.

Performance: designed to withstand high-speed use, the blade operates efficiently at a maximum speed of 6500 rpm.

Applications: this saw blade is suitable for a wide range of woodworking tasks, for example, plywood, solid wood boards, composite boards, etc. This makes this blade become one of the essential accessories for workers in the workshop.

Anti-Kickback Design: enhanced safety with a design that minimizes the risk of kickback during cutting.

Corrosion Resistant: the blade's body is coated to resist corrosion, ensuring it remains effective and durable even in challenging working conditions.

Production Details

The circular Saw Blade is crafted from tungsten carbide alloy. This material is known for its exceptional hardness and resistance to wear. Meanwhile, we adopted very good carbide teeth, such as YG6, YG8, and other materials. These materials can make cutting more convenient and at the same time greatly improve the efficiency of workers.

The body of the blade is made from high carbon steel, which provides strength and stability, even under high temperatures. We have also conducted professional tests on this material. The material we use is somewhat different from that of our peers, which can significantly increase its lifespan while ensuring the stability of the cutting process.

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