1～15 item / All 20 items
Safety glass, bulletproof glass, energy-saving glass, clear shield.
Bulletproof glass with a protective surface that does not shatter, achieved through a composite of glass and polycarbonate resin, is approximately 40% lighter than conventional laminated bulletproof glass of the same thickness.
The glass that is currently in the spotlight around the world for its light and heat control.
The California Series is a type of laminated glass that consists of two glass panes with a special interlayer and a highly visible transparent, high heat-reflective film sandwiched between them.
Wire glass + heat mirror + laminated glass
To meet the Class B fire prevention standards, a structure using wired glass is employed, and additionally, laminated glass is used to prevent glass from falling in the event of breakage.
NASA, PENTAGON, bringing the world's No. 1 technology that supports global defense and security to Japan through a license from America's No. 1 company!
The Omni series is a bulletproof, anti-theft, and escape-proof glass made from a composite of glass and polycarbonate resin.
For various decorative glass panels.
Edge processing refers to the treatment of glass edges, such as thread surfaces and corner rounding, to prevent injuries associated with handling glass. Additionally, polishing the glass edges adds shine and decorative qualities to the glass.
For windows that require a high level of design.
Bent glass is a type of curved glass that adds a new dimension of curved design to transparent sections in architecture and other fields.
Glass for furniture, glass for DPG method.
Processes such as round holes and square holes, which involve cutting out glass surfaces, are used for mounting holes for fittings, and by changing the application of the glass plate from edges to surfaces, it is possible to enhance the transparency and lightness of the glass and its edges.
Decoration on various glass surfaces is possible.
It is ideal for indoor decorative glass and general architectural wall windows that require high design quality.
The surface with few irregularities is a type of plate glass that is easy to clean and does not become transparent when wet.
The patterned glass "Lami-Veil Win" features a surface with minimal irregularities, making it resistant to dirt and easy to clean, and it uses a special interlayer that excels in shatter resistance and safety. It is ideal for easy cleaning in areas prone to dirt, such as around water. For more details, please contact us or download the catalog.
Protecting polycarbonate from chemicals with a non-dispersive structure that shields people and objects from bullet attacks.
The bulletproof panel "OMNI ARMOR" features a non-dispersive structure that protects people and objects, as well as a low-dispersion structure that safeguards polycarbonate from scratches and chemicals. It is ideal for all applications used in Omnilite. For more details, please contact us or download the catalog.
A scratch-resistant symmetrical structure that protects polycarbonate from scratches and chemicals.
The security panel "OMNI LITE" features a scratch-resistant symmetrical structure. It can achieve a weight reduction of over 40% compared to the weight of laminated glass with the same strength. It is ideal for security screens. For more details, please contact us or download the catalog.
High-tech technology that won the Prince of Wales Award for Innovation in the UK!
Clear Shield is a high-tech surface treatment technology that makes glass surfaces resistant to dirt and easy to clean.
Double Low-E Heat Mirror Single Film Insulated Glass
This is a unit that replaces the clear glass used in standard heat mirror units with low-emissivity coated glass (Low-E glass).
Heat mirror double film multilayer glass
This unit uses two heat mirror films and a thermal break spacer to further reduce thermal transmittance.
Photocatalytic coating glass
Self-clear refers to a type of semiconductor ceramic that can generate a strong oxidizing power on its surface when exposed to light. It is a diversified form of titanium dioxide, which, when exposed to ultraviolet light, causes electrons to be emitted from its surface, creating holes where the electrons have exited. These holes and electrons possess strong oxidizing and reducing powers, respectively, allowing them to decompose the molecular bonds of organic contaminants and odors that come into contact with them.
