Quartz Engineered Diffusers/Optical Diffusers/Quartz Optical Diffusers in Shanghai, China
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Specifications
- Condition
- new
- Optional i:
- Polymer-on-glass from CORNING, OHARA, SCHOTT, LEONI, AGC,HELLMA, NIKON,VITRON,ETC
- Optional ii:
- Equivalent Polymer-on-glass Made in China, C-laser own brands
- Applying fields i:
- Homogenizing laser beam and led Removing filament structure from extended light source The output of the fiber bundle is shaped and homogenized Remove "hot spots" from LED display Shaping and homogenizing LCD backlight output Efficient display, etc.
- Applying fields ii:
- Other
- Tech data
- Description
- Wavelength range
- 365-1600 nm
- Angular deviation
- ≤10°: ±0.5° ＞1° ＜10°: ±1° ＞10°: ±10%
- Surface quality
- -
- Clear aperture
- Central ≥95% of diameter
- Damage threshold
- 0.22 J/cm2 with 10 nsec pulses at 1064 nm, typical
- Wedge
- -
- Chamfers
- -
- Chamfers angle tolerance
- -
- Spot shape:
- Circle, square, rectangle, straight line,etc
- Size
- 25.40mm, 50.8mm or custom manufacturing
- Thickness
- 0.76 mm, or design as per demand
- Category
- Notching Machines in China
- Subcategory
- Diffusers
- Subcategory 2
- Components
- Listing ID
- 103065771
Description
General Introduction: Raytek engineering scatterers can smooth and homogenize light sources with hot spots and uneven light distribution, so as to provide uniform illumination for key applications. These diffusers can efficiently and accurately distribute light to a specific cone angle...
Products Name: Quartz Engineered Diffusers
Alias: Quartz Engineered Diffusers, Engineered Diffusers, Optical Diffusers, Quartz Diffusers, Engineering Diffuser, Engineering scatterer, etc
Bandpass Filters Substrates:
Polymer-on-glass
Main Applying:
Main Characters:
1).Engineering scatterer is a plastic scatterer structure made on the surface of glass substrate. This polymer on glass structure has the characteristics of high temperature resistance and good stability of glass, as well as high damage threshold, high light transmittance, low price and accurate shape control of polymer material.
2).Precise control of beam emission pattern
3).Effective uniform light source
4).Excellent transmittance