浜新硝子 List of Products and Services

Our company uses UV-curable adhesives to process the bonding of glass and metal fittings. Since we use a resin that cures with ultraviolet light, bonding can be achieved in a short time. Metal fittings such as handles and legs can be directly bonded to the glass, eliminating the need for drilling or contouring the glass. As a result, we can create highly designed products that make the most of the qualities of glass. 【Features】 ■ Uses UV-curable resin for quick curing and bonding ■ Metal fittings such as handles and legs can be directly bonded to the glass ■ No need for drilling or contouring the glass ■ Capable of producing highly designed products that utilize the advantages of glass

Our company enhances functionality and design by assembling glass and various components. By assembling glass with other materials and parts, we can achieve consistent manufacturing, allowing for the rapid delivery of products with stable quality. This is mainly suitable for interior building materials such as doors and fittings, as well as industrial applications. 【Features】 ■ Capable of consistent manufacturing by assembling glass with other materials and parts ■ Able to deliver products with stable quality quickly ■ Primarily adapted for interior building materials such as doors and fittings, as well as industrial applications *For more details, please refer to the external link page or feel free to contact us.

Our company processes glass by sandwiching a transparent and tough interlayer between two sheets of glass and bonding them together through heat and pressure. It excels in preventing shattering during glass breakage and has outstanding penetration resistance, cutting over 99% of ultraviolet rays. The glass is manufactured in a factory certified for Japan Industrial Standards (JIS). (JIS R 3205 Laminated Glass) <Features> ■ Glass is less likely to shatter ■ Cuts over 99% of ultraviolet rays ■ Difficult for impact objects to penetrate ■ Can produce various types of laminated glass with heat insulation and glare reduction, among other features *For more details, please refer to the external link page or feel free to contact us.

Our company offers processing that allows digital data to be printed using an inkjet printer. We use environmentally friendly ceramic inks for our inkjet printing. We print directly onto glass and heat it in a tempering furnace to cure the ink. Since it is tempered glass, it also excels in durability and abrasion resistance. We can produce decorative glass panels with various designs such as photographs, illustrations, and logos. <Features> ■ Uses environmentally friendly ceramic inks ■ Capable of creating decorative glass panels with various designs such as photographs, illustrations, and logos ■ Superior strength against impact compared to regular glass of the same thickness due to tempering ■ Supports both single items and mass production ■ Ceramic printing using inks primarily composed of inorganic pigments is also possible

Our company offers processing that allows digital data to be printed using inkjet printers. By using laminated glass, it is possible to create glass with the same functionality as laminated glass while also allowing for various designs. We can now produce multi-color printing and gradients, which were previously difficult, and we can also print in combination with white monochrome printing or color designs. 【Features】 ■ Capable of creating glass with various designs ■ Able to produce multi-color printing and gradients that were previously difficult ■ Can print in combination with white monochrome printing or color designs ■ Supports both single items and mass production ■ Can be made into laminated glass with a choice of three types *For more details, please refer to the external link page or feel free to contact us.

Our company offers processing services for printing on glass using the silk screen printing technique. The inks used are classified into two types: organic printing and inorganic printing. Ink is placed within the screen printing frame, and a rubber squeegee is used to press the ink through the screen onto the glass, resulting in coloration as the ink transfers through the screen's mesh. 【Features of Organic Printing】 - Printing using a room temperature curing type of resin ink that allows for color mixing - A wide variety of finishes available, including glossy, matte, textured, and crystalline inks - Printing specifically for interior use, with the possibility of printing on mirrors 【Features of Inorganic Printing】 - Printing using inks primarily composed of glass powder and inorganic pigments - After printing, the ink is fused to the glass by firing at high temperatures (approximately 600°C) - Extremely high hardness, making it resistant to ink peeling and color fading.

Our company specializes in glass processing for schools and educational facilities, using a limited variety and thickness of tempered glass and tempered glass sheet type raw glass. Manufactured in a factory certified for JIS (Japanese Industrial Standards) display permission. (JIS R 3206 Tempered Glass) In the unlikely event of breakage, the fragments will be small and granular, making it less likely to produce sharp shards like those from broken float glass. 【Features】 ■ Limited types and thicknesses of tempered glass and tempered glass sheet type raw glass ■ Glass processing for schools and educational facilities ■ Manufactured in a factory certified for JIS (Japanese Industrial Standards) display permission ■ In the unlikely event of breakage, the fragments will be small and granular, reducing the likelihood of sharp shards.

Tempered glass is a process that involves heating glass to its softening point and then rapidly cooling it to enhance its strength. This process results in glass that is stronger than ordinary plate glass, and in the event of breakage, the fragments become small particles, making it a safer glass processing option. It is manufactured in factories certified for Japan Industrial Standards (JIS). (JIS R 3206 Tempered Glass) <Features> ■ Strength that can withstand 3 to 5 times the impact and wind pressure loads compared to glass of the same thickness ■ In the unlikely event of glass breakage, the fragments become fine particles, reducing the risk of serious accidents ■ Several times more heat-resistant than ordinary glass against sudden temperature changes *For more details, please refer to the external link page or feel free to contact us.

This is an introduction to our glass film application processing. One of the features is that even if the glass breaks, the shards are less likely to scatter due to the film. Additionally, the film allows for the creation of glass with various functions and textures. <Features> ■ Even if the glass breaks, the shards are less likely to scatter and fall. ■ Blocks approximately 98% of ultraviolet rays (UV cut). ■ Various designs are available, including colored, patterned, frosted glass style, and washi paper texture. ■ Sufficient shatter prevention effect with our original dry lamination processing.

"Sandblasting" refers to the process of spraying abrasive material onto the surface of clear glass to create an opaque frosted glass finish. [Features of Sandblasting] - A process that creates frosted glass by spraying abrasive material onto the surface of the glass. - It obscures visibility while softly and evenly diffusing light. - It is also possible to perform partial sandblasting, known as "design blast." "Silica Tape" refers to the process of spraying a protective coating onto glass that has undergone sandblasting to prevent dirt accumulation. [Features of Silica Tape] - Glass that has been coated with a transparent coating agent after sandblasting. - The powdery texture of the sandblasted surface is eliminated, resulting in a slightly glossy, translucent glass. - It diffuses light softly and moderately obscures visibility. - Similar to sandblasting, it is possible to create partial silica tape, known as "design silica tape." - Due to the coating treatment, it also has excellent dirt-repellent properties.

This is an introduction to our glass surface engraving processing, which involves carving grooves on the surface of glass, similar to Edo Kiriko or Satsuma Kiriko, in a V-shape. There are three types of shapes available. The "V cut" is the standard shape among our processing options. Please specify the cut width from the following options: 4mm, 5mm, 6mm, 10mm, or 16mm. Additionally, we offer a U-shaped groove called "U cut," and instead of line engraving like the V cut, we also provide a processing option called "dimple," which carves small circular indentations. 【Types of Processing】 ■ V cut: Cut widths of 4mm, 5mm, 6mm, 10mm, or 16mm ■ U cut: Cut width of 20mm ■ Dimple: Please specify the diameter of the circle 【Processing Conditions】 ■ Glass thickness that can be processed (mm) - V cut: 3 to 21 - U cut, Dimple: 4 to 21 ■ Glass sizes that can be processed (mm) - Minimum dimensions: 70×70 - Maximum dimensions: 1200×2800 *For more details, please refer to the external link page or feel free to contact us.

This is an introduction to the decorative processing that involves beveling and polishing the edges of glass at an angle. By beveling and polishing the edges, light refracts, disperses, and reflects as if it were hitting a prism, making the glass appear more beautiful. There are two types of processing for this: "straight beveling," which processes the straight edges of the glass, and "contoured beveling," which processes the curved and irregular parts of the glass. It is possible to process the edge width to your desired specifications. 【Features】 ■ Processing that widely bevels and polishes the edges of the glass to a glossy finish ■ Light refracts, disperses, and reflects as if it were hitting a prism ■ Creates a three-dimensional impression on flat glass ■ Mainly used for mirrors and glass doors for furniture ■ Two types of processing methods are available, and the edge width can be processed to your desired specifications *For more details, please refer to the external link page or feel free to contact us.

The edge processing we perform involves cutting the glass between a round hole made near the edge and the edge itself, primarily for the purpose of creating an insertion point for fittings. The round hole portion of the edge processing can be processed if it is 12φ or larger. Since processing may significantly reduce the strength of the glass, we recommend performing reinforcement processing as well. 【Features】 ■ Processing that cuts the glass between the hole and the edge ■ Mainly processed for the insertion point of fittings ■ Can be processed if it is 12φ or larger ■ Reinforcement processing is recommended as well

This is an introduction to the processing of making holes in glass that we perform. This processing is essential when attaching hardware to glass, such as glass doors or glass nameplates, as it involves creating holes in the glass. There are two types of processing: "round hole drilling" and "square hole drilling." Since making holes in glass reduces its strength, we recommend performing strengthening processing in conjunction. <Features of Round Hole Drilling> - Processing that creates holes used as insertion points for hardware - Hole sizes range from 5φ to 40φ in 20 different variations - For tempered glass, a hole diameter greater than the thickness of the glass is required <Features of Square Hole Drilling> - Processing that creates square holes - The corners of the holes must have a rough finish with a radius of at least 5R (5mm radius) to maintain strength - For polished holes, a radius of at least 12R (12mm radius) is required.

This is an introduction to the process of cutting a portion of glass at our company. There are two types of notches: "L-shaped notch," which cuts the corners into a square shape, and "U-shaped notch," which cuts the edges (small sides) into a square shape. The corners created during cutting will have a curve of 5R (radius 5mm) for rough grinding and 12R (radius 12mm) or more for polishing. Performing notch processing may significantly reduce the strength of the glass. We recommend also carrying out strengthening processing. <Features> ■ Cutting method 1: L-shaped notch that cuts the corners into a square shape ■ Cutting method 2: U-shaped notch that cuts the edges (small sides) into a square shape ■ The corners created during cutting will have a curve of 5R (radius 5mm) for rough grinding ■ For polishing, the curve will be 12R (radius 12mm) or more ■ We recommend also carrying out strengthening processing.

Edge processing refers to the machining and polishing of the cut edges of glass, known as "edges," using machinery. Glass that has only been cut has very sharp edges, which can pose a risk of cutting hands if touched without protection. Therefore, for glass that may be handled during use, the sharp edges are machined to ensure safe usage. Additionally, when using glass tables or glass shelves where the edges are directly visible, polishing is performed to achieve a glossy finish on the edges. Please specify the desired finish shape from flat finish, half-round finish, or OG cut when placing your order. **Features** - Machining of sharp edges for safe handling of glass that may be touched by hand. - Polishing of edges to achieve a glossy finish when they are directly visible. - Selection of finish shape from flat finish, half-round finish, or OG cut. - Edge processing is performed as a pre-treatment to prevent breakage or scratches during machining. *For more details, please refer to the external link page or feel free to contact us.*

Introducing various glass processing techniques such as "edge processing," "notching," and "drilling"! We are currently offering materials that will surely help you find the processing that meets your company's needs. If you are having trouble with glass processing, please take a moment to read this. 【Details】 ■ Edge processing ■ Notching ■ Drilling ■ Contouring, etc. *For more information, please download the PDF or feel free to contact us.

We manufacture glass that meets our customers' needs using various processing methods. This time, we will introduce "laminated glass processing," "UV printing," and "ceramic printing." We have detailed materials prepared, so if you are interested, please download and take a look from the URL below. 【Features】 ■ Laminated glass processing: Cuts over 99% of ultraviolet rays ■ UV printing: Capable of creating various design glasses ■ Ceramic printing: Capable of creating impact-resistant design glasses *For more details, please refer to the PDF materials or feel free to contact us.

"Shade Color Metallic" is a metallic series of Shade Color Glass. It is a light-blocking type of colored glass coated with metallic ink. With a chic luster unique to metallics, it creates a dazzling space. We also offer "Shade Color Metallic+" which is painted on patterned glass. <Features of Shade Color Metallic> - A rich lineup of 12 colors - Can be used by applying to wall materials and furniture surfaces - Calm luster <Features of Shade Color Metallic+> - Available in 3 paint colors - More sparkle due to light scattering from the texture of the patterned glass - Three-dimensional shine