Grass green 1200*2400*5mm Laser Protection PC sheet Outlet
Grass green 1200*2400*5mm Laser Protection PC sheet is a safety device used to protect the human eye or sensitive equipment from laser radiation hazards. It can protect and filter specific wavelength lasers, prevent harm to the human body, and has characteristics such as impact resistance and flame retardancy. It can be used as a safety window in laser workplaces.
performance index
Product Name
optical density
guard band
Visible light transmittance
impact resistance
Flame retardancy
Grass green 1200*2400*5mm Laser Protection PC sheet
Measure protection capabilities, such as OD4+, OD5+, OD6+, and other levels
Different ranges such as 190nm-540nm, 580nm-750nm, etc
Affects visual clarity and requires consideration of protective effects
PC material is better, and special treatment of protective plates can also improve impact resistance
Partial protective panels, such as PC laser protective panels that comply with UL94 vertical combustion V1 level, have flame retardant properties
FLOMC Grass green 1200*2400*5mm Laser Protection PC sheet is a material specially designed to absorb and protect specific wavelengths of laser, which has a wide range of applications in industry, medical, scientific research and other fields.
Features:
1. Has excellent wear resistance and resistance to daily cleaning and maintenance.
2. Advanced shielding principle.
3. Grass green 1200*2400*5mm Laser Protection PC sheet has excellent flame retardant properties.
4. Grass green 1200*2400*5mm Laser Protection PC sheet has excellent impact resistance performance.
5. Grass green 1200*2400*5mm Laser Protection PC sheet has high light absorption stability, reliability, unsaturated absorption, nonlinear absorption, light stability, thermal stability, environmental stability, time stability, etc.
6. Personalized professional customization: Personalized professional customization can be carried out according to customer needs, providing products with different specifications, colors, and precise solutions.
Selection Table for New Laser Protective Plate Products：
model
band
optical density
Light transmittance
colour
Select type recommendation
SLS01EOE00
190-550nm
OD 4+
35%
Orange yellow
Suitable for UV, blue, green, 532nm
OD 6+
30%
SLS01EGN00
190-450nm 800~1100nm
OD 4+
60%
Grass green
Suitable for fiber optic infrared and 1064nm laser
OD 6+
50%
SLS01EGN01
190-450nm 800-1700nm
OD 4+
40%
blackish green
Suitable for fiber infrared, 1064nm laser, 1319nm laser, 1540nm laser
OD 6+
30%
SLS01EGN02
190-420nm 850-1300nm
OD 4+
35%
Brown green
Suitable for fiber infrared, 1064nm laser, commonly used for laser welding, laser cutting, and laser cleaning
OD 6+
25%
SLS01EYG00
190-400nm 9000-11000nm
OD 4+
75%
Yellow green
Suitable for UV, CO2 laser, 10600nm laser
OD 6+
60%
SLS01ETY00
190-540nm 800-1100nm
OD 4+
45%
dark brown
Suitable for laser welding, laser cutting, laser cleaning, 532nm and 1064nm dual wavelength protection
1.Shields laser beams effectively, with optical density (OD value) above 6; 2.Functional coating offers excellent friction resistance, chemical wiping resistance, and impact resistance; 3.Complies with the EU RoHS directive for environmental protection 4.Provides excellent electrostatic protection, with surface resistance between 1.0 ×10^0 and 1.0×10^9%; 5.Nano-carbon material conductive system ensures long-term (permanent) anti-static performance; 6.Absorbing protective material protects multiple specific wavelengths with higher visible light transmittance.
Suitable for various wavelength lasers’ processing equipment, laser marking system cover plates, laser management area partitions, mobile protective screens, etc.
Class 3 and Class 4 lasers’ direct and diffuse reflections are harmful, so corresponding laser protection windows must be installed. The GB7247 standard also mandates laser protection baffles for these classes. Installing protective windows on Class 2 laser processing equipment can further enhance operator safety.
Not necessarily. Common thicknesses are 5mm and 3mm, with similar parameters. Different thicknesses and sizes result from varying device window design requirements. Stacking two 3mm thick laser protection windows with the same parameters will increase the protection factor, but thickness alone does not determine protection parameters.
