Composite Bimetal Saw Steel Strips for Metal Cutting Blades

• Customization: Available
• Standard: GB
• Certification: ISO
• Model NO.: CG1586
• Surface Treatment: Original
• Technique: Cold Rolled
• Application: Metal Cutting Blades
• Edge: Slit edge
• Stock: Not Stock
• Product Name: Bimetal Saw Steel Strips
• Material: D6a X32
• Applications: Making Metal Cutting Blades
• Factory: Yes
• MOQ: 1ton
• Package: Sea Worthy Standard Package
• Delivery Time: 45-60days
• Technical: Quenching, Laser Welding
• Transport Package: Sea Standard Worthy Package
• Specification: per customer size
• Trademark: Cgood
• Origin: China
• HS Code: 72269200
• Production Capacity: 500 Per Ton

Product Description

1.Products Details:

Product Name	composite bimetal saw steel strips for metal cutting blades
Body Grade	D6A X32
Tooth Grade	M42 M51
Technique	Cold Rolled quenching, Laser welding together
Sizes	Have regular size or per custom request
Application	For making metal cutting blades

The World`s leading oil quenching and continous tempering technology,extremely improved the
hardness of the tooth and the wear resistance of backing material,which made those two different
materials into perfect performance. Special heat-treatment technology solved the problems of knife
bend and S bend,which improved the running stability and the cutting effiency.


2.Teeth Choose

3.Regular Size.


4.Special Laser welding
Exciting electrons or molecules to produce concentrated and phased beams of light in the process of converting
them into energy,Laser comes from the first letter of Light Amplification by Stimulated Emission Radiation. It consists
of an optical oscillator and a medium placed between the mirrors at both ends of the cavity of the oscillator. When the 
medium is excited to a high-energy state, it begins to generate in-phase light waves and reflects back and forth between
the mirrors at both ends, forming a photoelectric tandem effect, amplifying the light waves, and obtaining enough energy
to start emitting laser light. Laser can also be interpreted as a device that converts primary energy such as electrical energy,
chemical energy, thermal energy, light energy or nuclear energy into certain specific light frequencies (electromagnetic radiation
beams of ultraviolet, visible or infrared light.) The conversion form is in some It is easy to carry out in solid, liquid or gaseous
medium. When these media are excited in the form of atoms or molecules, a beam of nearly the same phase and a nearly single
wavelength is produced - a laser. Due to the same phase and single wavelength, the difference angle is very small, and the distance
that can be transmitted is quite long before being highly concentrated to provide functions such as welding, cutting and heat treatment.

5.Applications


Contact us for your request

Cathy Tan