According to the working medium, the laser can be divided into gas laser, solid laser, semiconductor laser and dye laser. Lasers have been widely used in medical, optical, aerospace, electronics and other industries. Due to the miniaturization trend, the energy density is characterized by high. The assembly and integration of lasers has become increasingly dependent on glue.

Laser glue has been used in aircraft guidance, bar code readers, laser accelerometers, optical communications, 3D laser scanners, consumer and industrial imaging equipment, laser printers, laser cutting, laser hole rotation, lighting displays, surgical equipment, laser marking, laser engraving, spectral instruments and other products.

The use of laser glue greatly simplifies the design of the laser, choosing the right glue product can effectively solve the optical path accurate positioning, window bonding, lens fixing, shell sealing, device strengthening, shell sealing, power device thermal conductivity, electrostatic export and other assembly problems.

We offer curing binder materials with low shrinkage, low coefficient of thermal expansion (CTE), low modulus, thermal conductivity, and low volatilization (satisfying Nasa outgassing, ASTME-595), including one-component UV curing, one-component heating curing, and two-component room temperature curing. In addition to adhesive sealing function products, we can also provide thermal, conductive and electromagnetic shielding glue according to functional requirements.

In addition, we can also provide laser coolant products.