Optical Glass Transmitting/Reflecting Optic

Outer Diameter: ≥3mm Tolerance: ±0.01 mm Angle tolerance: 3"

Size Range [Commercial Grade Specifications]: 1–1000 mm Thickness Range [Commercial Grade Specifications]: 0.15–300 mm Dimensional Tolerance [Commercial Grade Specifications]: ±0.05mm

Optical glass windows are the most widely used general-purpose plane optical components in visible-to-near-infrared optical systems. Representative materials include N-BK7, fused silica, and sapphire. Excellent broadband transmission, physical and chemical stability, ease of processing, and cost effectiveness make them standard window components for industrial lasers, security imaging, scientific instruments, medical optics, and aerospace. Scysgx uses more than 260 precision processing machines and 65 specialized inspection instruments to provide a complete closed-loop production line covering cutting, grinding, polishing, coating, and quality inspection. Optical glass windows are available in round, square, and custom shapes, including stepped, slotted, and drilled designs, in sizes from 1–1000mm, with commercial-grade and high-precision options and flatness up to λ/20. Antireflection, high-reflection, DLC diamond-like carbon, and other specialized coatings are available, providing highly precise, stable window solutions for general optical systems. Some standard specifications are stocked long term for rapid delivery.

Prism size: 60 mm × 60 mm × 60 mm Rod size: 40 mm × 150 mm Material: Fused Silica

Optical prism is a transparent optical element with flat, polished surfaces that are designed to refract light. At least one surface must be angled — elements with two parallel surfaces are not prisms. Prism, in optics, a piece of glass or other transparent material cut with precise angles and plane faces, useful for analyzing and reflecting light. An ordinary triangular prism can separate white light into its constituent colors, called a spectrum. There are four main types of prisms: dispersion prisms, deviation, or reflection prisms, rotation prisms, and displacement prisms. Deviation, displacement, and rotation prisms are common in imaging applications; dispersion prisms are strictly made for dispersing light, therefore not suitable for any application requiring quality images. Optical prism dispersion is dependent upon the geometry of the prism and its index dispersion curve, based on the wavelength and index of refraction of the prism substrate. The angle of minimum deviation dictates the smallest angle between the incident ray and the transmitted rays. The green wavelength of light deviates more than red, and blue more than both red and green; red is commonly defined as 656.3nm, green as 587.6nm, and blue as 486.1nm.

Composite window panels are a new architectural decorative material manufactured using advanced imported technology and offering many advantages. The following introduces the product. First, they provide good thermal insulation. Multilayer insulating glass and hollow-glass technology effectively isolate indoor and outdoor temperature differences, maintaining stable, comfortable indoor temperatures. High-quality seals and structural design ensure airtightness and prevent cold-air penetration, reducing energy consumption and electricity costs. Second, they significantly improve sound insulation. Specialized acoustic glass reduces outdoor noise entering the building and provides a quiet, comfortable interior. This is particularly important near busy commercial areas or transport hubs, helping residents avoid noise and improve their quality of life. They also provide good safety performance. Toughened glass and protective-film technology confer resistance to wind, pressure, and earthquakes, helping buildings remain stable during natural disasters or other external impacts. Fire resistance also delays fire spread, giving people more time to escape. Finally, diverse designs meet different architectural styles and requirements. Frame color, shape, and dimensions can be customized to integrate with the overall architecture and improve appearance. Overall, composite window panels offer thermal insulation, good sound insulation, safety, reliability, and flexible design. As a high-performance building material, they improve indoor comfort, save energy, and enhance building safety, making them popular with consumers and architects.