Diamond Circular Saw Blade for Cutting Stones, Granite Blade,

• Customization: Available
• Blade Type: Turbine
• Manufacturing Process: Brazing
• Model NO.: 105mm- 230mm
• Application: Stone
• Cash Deposit Rate to USA: 2.34%
• Graininess: 150#
• Thickness: 15mm
• Shape: Round
• Kind: Wall Saw
• Manufacturing Arts: Sinter
• Usage: Stone Cutting
• Saw Blade External Diameter: 600mm
• Customized: Customized
• Brand: Alston
• Transport Package: White Box
• Specification: 100-350
• Trademark: DAVAM
• Origin: China
• HS Code: 82023990
• Production Capacity: 50000PCS/Year
• Package Size: 33.00cm * 23.00cm * 15.00cm
• Package Gross Weight: 15.000kg

Product Description

Diamond saw blade for cutting stone, granite, marble, concrete, asphalt, etc.
1. Long life time blade
2. High-quality
3. Good stability segment
4. Cheap price

Diamond circular saw blade for stone(diamond tool, diamond saw blade, diamond segment)

They are specially used for cutting all kinds of marble rough blocks and slabs. It is available for diamond saw blades in vrrious specifications with smooth cutting and long lifespan. Diamond saw blades with silent steel core and thin blades are also available for increasing benefit and improving working condition.

Diameter ranges from 250mm to 3000 mm

We supply all sizes of diamond cutting tool saw blade. Pls contact us for more information.
Hot pressing plays an important role in the manufacture of circular saw blades. It mainly optimizes the material properties and structure of the saw blades through high temperature and high pressure treatment to make them more functional. The following are the main improvements of hot pressing on the functions of circular saw blades:

1. Enhance the bonding strength between the blade head and the substrate
The core of the process: Tightly bond the carbide (such as diamond, tungsten steel, etc.) blade head with the steel substrate through high temperature and high pressure.

Advantages:

Reduce the risk of blade head falling off and extend the life of the saw blade.

Improve stability during high-speed cutting, reduce vibration and noise.

2. Improve wear resistance and heat resistance
Material densification: Hot pressing can eliminate the internal pores of the material and make the blade more dense.

Effect:

Reduce wear during cutting, especially suitable for high-hardness materials (such as stone and metal).

Improve high temperature resistance to avoid softening or failure of the blade head due to friction and high temperature.

3. Optimize stress distribution
Homogenization treatment: The plasticity of the material is enhanced at high temperature, and the pressure makes the internal stress distribution of the saw blade more uniform.

Advantages:

Reduces blade deformation and deflection, and improves cutting accuracy.

Reduces the risk of cracking and enhances fatigue resistance.

4. Improves cutting efficiency and quality
Sharpness and consistency: The shape and angle of the blade are more accurately formed during hot pressing.

Effect:

Faster cutting speed and smoother cuts (applicable to wood, aluminum, composite materials, etc.).

Reduces burrs and reduces the need for subsequent processing.

5. Adapts to complex working conditions
Versatility: By adjusting hot pressing parameters (temperature, pressure, time), the performance of the saw blade can be customized.

Application scenarios:

Applicable to both dry cutting and wet cutting environments.

High-load industrial cutting (such as construction, stone processing) or precision processing (such as electronic component cutting).

6. Reduce production costs
Simplified process: Compared with traditional sintering or welding processes, hot pressing can complete the shaping and bonding of the blade in one step.

Economic benefits:

Reduce processes and improve production efficiency.

Extend the saw blade replacement cycle and reduce long-term use costs.

Typical application areas
Stone cutting: efficient processing of hard and brittle materials such as marble and granite.

Metal processing: precision cutting of aluminum alloy and copper.

Wood processing: maintain sharpness at high speed and reduce wood fiber tearing.

Composite materials: clean cutting of difficult-to-cut materials such as carbon fiber and glass fiber.

Precautions
The hot pressing process requires precise control of parameters (temperature, pressure, cooling rate), otherwise it may cause saw blade deformation or uneven performance.

Different materials (such as diamond and CBN heads) need to match different hot pressing process solutions.

Through the hot pressing process, the circular saw blade has significantly improved in strength, life and cutting performance, becoming an efficient tool in the field of industrial cutting. The specific selection needs to be optimized in combination with the cutting material, working conditions and process requirements.