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High Speed Steel Saw Blade
                       

Create Your Own Saw Blade Solution With VJS

VJS Saw Industry Technology (jiangsu) Co., Ltd. has a professional R&D team composed of material and mechanical engineers. With their industry experience, team members study the metal cutting needs of different industries.With our professionalism, we provide you with comprehensive technical guidance and solutions.

We equipped with advanced high-precision CNC grinders, CNC gear opening machines, vacuum coating machines, ultrasonic cleaning machines, image measuring machines and other equipment to build a highly automated production line. From raw material procurement to finished product delivery, more than 10 strict quality inspection procedures are required, and we strictly implement standardized production processes.

No matter where you are, we can ensure that the goods are delivered on time and safely. Sincerely welcome you to cooperate with VJS Saw Industry to create a better future together.

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  • M2 High-Speed Steel Flying Saw Blade(CrAlB-Coated)

    Product Overview The high-speed steel M2 online cutting flying saw blade is composed of alloy elements such as tungsten, molybdenum, chromium, and vanadium. Tungsten and molybdenum enhance the thermal hardness of the saw blade, ensuring that the hardness does not decrease during high-temperature cutting, maintaining precise and continuous cutting; Chromium enhances hardenability and corrosion resistance, extending the lifespan of saw blades; Vanadium forms high hardness carbides, reducing cutting wear. The hardness of M2 online cutting flying saw blade can reach HRC63-65, which not only has high hardness, but also has a certain degree of toughness. Effectively avoiding problems such as tooth breakage and fracture during the cutting process, ensuring the safety and stability of the cutting operation. ​ This saw blade is designed specifically for online cutting equipment. With its excellent stability during high-speed operation, it can continuously complete cutting tasks on continuous and automated production lines, greatly improving overall production efficiency. Suitable for cutting various metal materials, including plain carbon steel, low-alloy steel, etc., meeting the cutting needs of different industries. It has a wide range of applications in fields such as construction, machinery manufacturing, and automotive parts processing.  
  • HSS-M2 saw blade

    Product Overview Used for cutting metal materials such as low alloy steel and plain carbon steel (<550Mpa), it is widely used in a variety of offline equipment. Contains carbon (0.78%~0.88%), tungsten (5.5%~6.75%), molybdenum (4.5%~5.5%), chromium (3.75%~4.5%), vanadium (1.75%~2.2%) and other elements. After heat treatment, the hardness can reach HRC62~64, and it can still maintain a high hardness (no obvious softening) at a high temperature of 600℃, which is suitable for high-speed cutting. In order to improve the performance of saw blades and meet customer needs. We equip HSS-M2 saw blades with a variety of coating options, including titanium nitride (TiN) coating and chromium aluminum boron (CrAlB) coating. Titanium nitride (TiN) coating can enhance wear resistance and lubricity, reduce friction heat generation, and extend the life of saw blades. Chromium aluminum boron (CrAlB) coating is resistant to high temperatures and can effectively improve cutting efficiency and stability during high-temperature cutting. In addition to these two popular coatings, we also provide a variety of other coating services. If you have special coating requirements, please feel free to contact us and we will provide you with customized solutions.
  • HSS-M35 saw blade

    Product Overview Suitable for cutting alloy steel, stainless steel, high-strength steel, iron, copper and other metal materials, used in various offline equipment such as pipe cutting machines. M35 high-speed steel saw blade is an optimized and upgraded version of M2 high-speed steel saw blade. On the basis of the original elements, 4.5%-5.5% cobalt (Co) element is added. It can still maintain high hardness (HRC 65~68) at high temperatures above 600℃, and the cutting performance is significantly improved. Like M2 high-speed steel saw blade, our M35 saw blade also provides titanium nitride (TiN) coating and chromium aluminum boron (CrAlB) coating. In response to the needs of different industries and different processing environments, we can provide you with professional coating customization suggestions. If you have customized needs, please feel free to communicate with us.
 

Our offline cutting saw blades are designed for metal cutting and are generally suitable for offline equipment with a speed of less than 120. They are suitable for a variety of metals such as stainless steel, alloy steel, carbon steel, tool steel, and thin aluminum, copper and other non-ferrous metals (special tooth shape is required). Different materials need to match the corresponding saw blade model, please contact customer service.

Please confirm the following parameters:
1. Diameter (e.g. 300mm/400mm)
2. Offline equipment aperture (e.g. 25.4mm/32mm)
3. Online equipment aperture (e.g. 50mm/80mm)
4. Number of teeth (100T/120T/140T...the harder the material, the more teeth)
Provide your machine model or cutting requirements, and we will recommend the best specifications.

1.We support customization! You need to provide specific parameters (diameter/tooth shape/aperture), target material and cutting thickness.
2.Customize according to drawings
3.Customize logo

Our metal ceramic cold cutting saw blades can cut low/medium/high carbon steel, alloy steel, stainless steel, bearing steel, non-ferrous metals (such as copper and aluminum rods and tubes) and other metal materials. They are not suitable for hardened steel or cast iron (easy to break teeth) with hardness > HRC45.

The number of teeth needs to be accurately calculated based on the hardness, outer diameter and wall thickness of the material, combined with the diameter of the saw blade
Thin materials (≤3mm): Calculated with a 315mm diameter saw blade, about 220 teeth, suitable for cutting thin carbon steel pipes and stainless steel thin pipes.
Thick materials (>3mm): Calculated with a 315mm diameter saw blade, about 180 teeth, suitable for cutting thick steel pipes and steel sections.
Soft metals, calculated with a 315mm diameter saw blade, 100-160 teeth, aluminum, copper, low carbon steel.

     

1. Our ironwork saw blades are specially designed for cutting metal profiles. They can cut threaded steel (HRB335/400, etc.), angle steel, channel steel, I-beam (Q235B, etc.), steel pipes (carbon steel/stainless steel), flat steel, etc.
2. Suitable for metals with hardness ≤HRC45, with high cutting efficiency and not easy to break teeth.

     

Our aluminum cutting circular saw blade can cut aluminum tubes, aluminum plates, aluminum profiles, aluminum rods, copper tubes, copper rods and other metal materials.

     

The profiling saw blade moves along a preset track (profiling template) to perform profiling or milling on the workpiece. The saw blade has both "sawing" and "milling" functions and can process complex curves, contours or cavities. Our profiling saw blade is an online track type sawing for pipes.
The copy milling saw blade can cut a variety of metals, including ferrous metals such as ordinary carbon steel, alloy steel, cast iron, non-ferrous metals such as aluminum and aluminum alloys, copper and copper alloys, titanium and titanium alloys, and even precious metals and rare metals.

     

Our tungsten steel saw blades are mainly made of cemented carbide (tungsten steel), containing tungsten (W), cobalt (Co), tungsten carbide (WC) and other components, with a hardness of up to HRC70 or above. It can cut stainless steel pipes, stainless steel capillaries, copper pipes, aluminum pipes, iron pipes and other metals.

     

Our tungsten carbide saw blades are used for cutting equipment with a speed of 1500-3000 rpm.

01

Blank Material Selection

Each batch of blanks is carefully selected before it is put into production. These blanks have good toughness and hardness, laying a solid foundation for excellent saw blade performance.

02

Precision Grinding

Advanced grinding equipment is used for fine grinding of blanks to improve surface flatness and prepare for subsequent processes.

03

Thorough Cleaning

Specialized in cleaning the residual impurities and oil on the surface of the blank to avoid adverse effects on the coating and subsequent processing.

04

Vacuum Coating

A high-performance coating is evenly applied to the saw blade to enhance the wear resistance of the saw blade, reduce friction during cutting, and extend the service life of the saw blade.

05

Precise Tooth Cutting

According to the usage scenarios and cutting requirements of different saw blades, saw teeth with sharp edges and appropriate angles are accurately cut to ensure the efficiency and accuracy of saw blade cutting.

06

Strict Inspection

During the production process, tests such as hardness, dynamic balance, and appearance inspection will be completed to ensure that the quality of each saw blade meets the standards.

07

Fine Leveling

Through professional leveling equipment, the saw blade is fine-tuned to eliminate the slight deformation generated during processing, ensuring that the saw blade always maintains stable performance during use.