Supplier: Permolit boya produces water based interior and exterior paints, ceiling paints, primers, fillers, insulating materials, colorants, oil paints, synthetic paints and primers for final finishing, anticorrosive agents, solvents, wood protective coatings, special paints, thermal insulation systems and other auxiliary materials. Services:
whose base plate material is PMMA, also known as pressure afterburner lenses, sub-afterburner lenses, in fact, refers to the general term of PMMA sheet after electroplating, using plastic lenses instead of glass lenses, has the advantages of light weight, not easy to break, easy shaping and processing, easy coloring, etc., the momentum of development is increasing, and has become a kind of technology in lens production. Plastic sheets can generally be made into: single-sided mirror, double-sided mirror, taped mirror, paper mirror, semi-lens, etc. can be done according to different requirements. For example, mobile phones and TV screens are visible everyday.
Because acrylic is difficult to produce and its cost is high, there are many substitutes of high quality and low price in the market. These substitutes, also known as acrylic, are actually ordinary organic or composite boards (also known as sandwich boards). Ordinary organic board is cast with ordinary organic glass cracking material and pigment. Its surface hardness is low, and it is easy to fade. After polishing with fine sand, the polishing effect is poor. The composite board has only a very thin acrylic surface and ABS plastics in the middle. It is easy to delaminate due to thermal expansion and contraction in use. The true and false acrylic can be identified from the slight chromatic aberration and polishing effect of the plate section.
1. Architectural Applications: Shop Window, Soundproof Doors and Windows, Lighting Hood, Telephone Booth, Decorative Color Mirror, etc.
2. Advertising applications: light boxes, signboards, signboards, exhibition shelves, etc. 3. Traffic applications: train, car backup mirror, car lens, etc.
4. Medical applications: baby care box, various surgical medical appliances and civilian articles: handicraft, cosmetic mirror, bracket, aquarium, toy mirror, etc.
5. Industrial applications: instrument surface plate and cover, etc.
6. Lighting applications: fluorescent lamp, Pendant lamp, Street lampshade LED reflector, acrylic reflector, etc.
If you need proofing, please give specific size specifications drawings.
PS (polystyrene-based plastics) refers to a class of plastics including styrene in macromolecular chain, including styrene and its copolymers. Specific varieties include general polystyrene (GPPS), high impact polystyrene (HIPS), EPS and metallocene polystyrene (SPS).
PS lens, in fact, refers to the PS material plate plated after the general term. Generally can be divided into: single-sided mirror, double-sided mirror, taped lens, paper lens, semi-lens.
Advantage
Using plastic instead of glass to make lenses has the advantages of light weight, non-fragmentation, easy shaping and processing, easy coloring, etc. The development momentum is increasing day by day, and it has become a kind of technology in lens production.
type
Plastic sheets can generally be made into: single-sided mirror, double-sided mirror, taped mirror, paper mirror, semi-lens, etc. can be done according to different requirements.
Product characteristics
The product is made of polystyrene as the main raw material and extruded. It can be colored freely, odorless, odorless, non-toxic, non-bacterial growth. It has the advantages of rigidity, insulation and good printability.
purpose
Mainly used in packaging, container equipment, household packaging, general electrical appliances and construction industries.
Characteristic
PS polystyrene decorative board is thermoplastic. The specific gravity is 1.05, the melting temperature is 150-180 C, the absorptivity is low, and the transmittance can reach 88-92%. It is resistant to organic acids, alkalis, salts and lower alcohols, and soluble in esters and ketones.
laser optics windows are essential components used to separate different environments, such as the interior and exterior of an instrument, thereby protecting internal devices. These basic optical elements do not alter magnification but do influence the optical path. Key parameters for optical windows include light transmittance, surface accuracy, thickness, parallelism, and substrate material. Bena Optics provides high-precision windows made from various materials, including zinc selenide, germanium, silicon, barium fluoride, and calcium fluoride for infrared applications; fused silica and sapphire for spectral bands; and K9 glass for visible light. They maintain a large inventory of standard products and also offer custom optical windows tailored to specific needs.
Key Features of Optical Window
Optical windows possess high transmittance, hardness, erosion resistance, low thermal expansion, and minimal absorption loss, ensuring stable performance in various environments.
Made from materials like UV fused silica, quartz, infrared crystals, and optical glass, they offer excellent light transmission, high-temperature resistance, corrosion resistance, and electrical insulation. UV fused silica, for instance, has over 93% transmittance across the UV to IR spectrum.
Widely used in aerospace, laser systems, scientific research, and detectors, optical windows protect internal components and isolate external environments while maintaining high transmittance for specific wavelengths.
The Applications of Optical Window
Optical windows protect optical systems and sensitive electronics from external environments. Made of polished optical glass, they allow light transmission while isolating physical environments.
