What is the thickness of the base of the ultra-thin saw blade?
Types of ultra-thin saw blades are: sintered staggered grid continuous saw blades,hot-pressed corrugated continuous saw blade,to cut jade full-edge saw blade and so on.
Hot-pressed Corrugated Continuous Saw Blade
The application objects are also different, including jade, marble, ceramics, granite, and other materials.
Ultra-thin diamond saw blade refers to high-precision special-purpose diamond cutting blade.
According to different bonding agents, the production is divided into metal bonding agents, resin bonding agents and electroplated diamond cutting blades.
Sintered Staggered Grid Continuous Saw Blades
According to the shape, it can be divided into two types: saw blade without rigid body and saw blade with rigid body.
The slit of the cutting blade is narrow, which is conducive to saving valuable materials.
The daily processing of stone materials uses a combination of saw blade matrices to cut granite and marble slabs in batches, which greatly improves the cutting efficiency and plate accuracy, saves more than 15% of power consumption, and provides higher quality and performance for the saw blade base itself Claim.
Cut Jade Full-edge Saw Blade
For a 1600 mm substrate, the normal thickness is 7.3 mm, a thickness less than 6.5 mm is called a thin plate matrix, and a thickness less than 5.5 mm is called an ultra-thin thin plate matrix.
Now the society pays more and more attention to environmental protection, the shortage of mine wasteland resources, the shortage of electric power resources, some energy-saving, resource-based and environmentally friendly saw blade substrates are becoming more and more popular in the market, and the demand for saw blade substrates has also increased.
Ultra-thin saw blade matrix cutting granite and marble slab can greatly improve cutting efficiency and waste material output, reduce energy consumption. Using 1600 mm ultra-thin substrate thickness can increase cutting efficiency by more than 10%, energy consumption can be reduced by more than 20%, and waste utilization can be increased by more than 16%.