The wire saw reduces labor intensity and is safe and reliable in operation

The hydraulic wire saw has the following remarkable features: reduced labor intensity, safe and reliable operation, overload protection function, strong power, improved cutting ability and labor productivity. It is an advanced equipment used in demolition and demolition construction projects. Because its linear cutting can make the construction section more tidy; also because it can double the working speed to shorten the construction period, further reduce labor costs, improve bidding advantages, and expand the scale of acceptable construction projects; the safety of the hydraulic system itself, Reliability and stability greatly reduce the loss cost of construction equipment; in addition, static cutting like wall saw cutting has gradually become a construction and design concept, because it can preserve the stability and safety of the existing structure to the greatest extent. It is the leading advanced cutting construction equipment widely used in the reconstruction and construction of the reinforcement company, replacing the traditional way of construction by punching or drilling holes.

The special composite material formed with superhard abrasive and bonding agent is superhard tool. In order to maximize tool performance, a series of superabrasive surface treatment technologies have been developed, resulting in various types of plated superabrasives, such as titanium-plated diamond, nickel-plated diamond, copper-plated diamond, silicon-plated diamond, composite Diamond-coated and corundum-coated diamonds, etc. The purpose of various surface treatments is mainly: 

1. Improve the holding force of the superhard abrasive grains and the bonding agent, prevent the superhard abrasive grains from falling off and lead to waste of superhard abrasive grains. In actual production and application, the amount of diamond can be reduced, and the manufacturing cost of tools can be reduced. 

2. Protect the superhard abrasive grains and avoid the erosion and damage of the superhard abrasive grains by the binder during the tool sintering process. The quality of the tool can be stabilized, a large number of iron-based binders are used, and the cost of the binder is reduced. 

3. Improve tool life and sharpness.