Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
76～90 item / All 373 items
Narrow-necked flask with a joint
This is a pear-shaped flask made of Pyrex glass with a common joint. In addition to standard joint sizes such as 15/25, 24/30, and 29/32, we can also manufacture it in your specified joint size, so please contact us.
![[Information] Waste Glass Recycling](https://image.www.ipros.com/public/product/image/430/2000413352/IPROS4291793025797807302.jpg?w=280&h=280)
A large number of construction photos are published according to the different applications of recycled glass crushing products!
This document introduces various applications for the valuable and effective natural resource "waste glass." "Crystal Stone Sand" is an eco-mark certified product and is a crushed processing product certified for recycled resource use in Iwate Prefecture. We have included photos of construction examples categorized by application, including resin landscape paving, asphalt paving, and concrete products. [Main Contents] ■ Dry glass recycling crushing equipment ■ Crushed processing product: Crystal Stone Sand ■ Applications of the product ■ Waste glass processed product "White Silica (100%)" (equivalent particle size to silica sand) ■ Equipment that contributes to the recycling of inorganic waste such as waste glass *For more details, please refer to the PDF document or feel free to contact us.
Reduce the environmental burden through the recycling of glass bottles, and open up the effective use of resources and possibilities.
Our company has established and organized the "Waste Glass Recycling Cooperative," approved by the Ministry of Economy, Trade and Industry (formerly the Ministry of International Trade and Industry), and is currently expanding its business in response to local demands across the country. Recycling certification systems to promote resource circulation have also been introduced by various administrations, and the foundation for this business is steadily being established. Moving forward, all members of the "Waste Glass Recycling Cooperative" are committed to advancing towards the establishment of an environmentally circular society that "processes local waste locally and utilizes it locally." 【Business Activities】 ■ Contract processing of waste glass recycling products ■ Joint sales of waste glass recycling products ■ Construction projects using recycled waste glass ■ Joint purchasing of consumables for cooperative members ■ Research and development on the applications of recycled waste glass handled by cooperative members *For more details, please refer to the PDF materials or feel free to contact us.
Waste solar panels are almost completely separated into glass, aluminum frames, back sheets, etc., in a single processing operation. The glass is reduced to cullet and can be sorted according to its intended use!
Solar panels have rapidly spread due to expectations as a renewable energy power purchase system (FIT) and as a locally sourced independent power supply. However, estimates suggest that the amount of waste generated could reach up to approximately 800,000 tons per year, with around 40 million panels being disposed of due to their lifespan and damage. The "PV Recycling Hammer Equipment" is a recycling device that reuses discarded solar panels as a new "resource" rather than treating them as waste. It has also become capable of continuous operation from aluminum frame separation to glass separation. (Optional features available) 【Features】 ■ Excellent cost performance ■ Simple structure ■ Space-saving design ■ Capable of handling damaged or deformed panels ■ Glass can be collected in cullet form, with sorting options available for various applications ■ Glass can be almost completely separated in one go 【Options】 ■ Two-stage backsheet crushing device ■ Suction-type panel loading device ■ Suction-type panel inversion loading device ■ Foreign object removal device, various sorting devices ★ Demonstration units are available for viewing ★ If you are interested, please apply through the contact form. *Due to high demand, reservations are required.
A new world of beauty, functionality, and design born from three-dimensional glass.
The glass processing technology of Shinko Glass Industry involves bending, assembling, and layering large glass and polycarbonate. This level of technology has received high praise in advanced architecture and industrial products, such as the 21st Century Museum of Contemporary Art, Kanazawa, and the Shinkansen. Not only two-dimensional processing but also three-dimensional freeform surfaces can be handled flexibly and precisely. The technology of Shinko Glass Industry supports the creation of new beauty and functionality using translucent materials. 【Product Line】 ■ General bent glass, resin laminated glass ■ Manufacturing and sales of other secondary processed products, etc. *For more details, please refer to the PDF materials or feel free to contact us.
![[Patented] Glowing LED Smoke Barrier Wall 'Sign Bow Tare'](https://image.www.ipros.com/public/product/image/dd6/2001000710/IPROS12971824905559177144.jpg?w=280&h=280)
Introducing a new smoke barrier wall made of acrylic instead of glass, featuring case studies! This smoke barrier serves three roles: smoke prevention, signage, and spatial enhancement.
The "M-style LED Sign Smoke Barrier" is made of acrylic, making it resistant to breakage, lightweight by half, and compatible with seismic isolation. It complies with building standards due to its surface being covered with certified non-combustible materials. It can be used as a sign or as a glowing graphic panel, allowing for flexible design options. Instead of glass, it is laser-processed acrylic, with LEDs illuminating from the edges of the acrylic, creating a glowing smoke barrier. 【Features】 ■ Serves three roles: smoke barrier, sign, and decorative lighting ■ Made of acrylic, making it resistant to breakage ■ Lightweight and compatible with seismic isolation ■ Allows for flexible design options ■ Easily replaces existing glass smoke barriers *For case studies, please refer to the PDF materials or feel free to contact us.
Introducing a case study of Sanjule, which balances a design inspired by trees with the use of renewable energy, implemented in the canopy section.
AGC's solar power generation glass "Sunjoule" has been adopted for the entrance canopy of the National Institute of Advanced Industrial Science and Technology's Zero Emission International Collaborative Research Center. The Zero Emission International Collaborative Research Center was established in January 2020 at the Tsukuba Center West Office of AIST, and conducts research in collaboration with some of the world's leading national research institutions to create innovative environmental innovations aimed at realizing a zero-emission society. The entrance canopy of the center is designed as a "Zero Emission Tree," a symbol of a decarbonized society, inspired by the lush trees on the premises that tell the story of AIST's history. The installed Sunjoule has a power generation capacity of 6.9 kW, equivalent to the entrance lighting power inside the building, and its arrangement of cells mimicking leaves creates a dappled sunlight effect. (Photo provided by Shinkenchiku-sha Photography Department, Design and Construction: Shimizu Corporation) *For more details, please refer to the PDF document or feel free to contact us.
Antibacterial glass that reduces virus proliferation with photocatalytic technology, for use in medical facilities and food cases.
The "Virus Screen" from Nippon Sheet Glass is an antibacterial and antiviral glass that employs a special photocatalytic technology to suppress the growth of bacteria and viruses adhering to the glass surface using indoor light. Through the synergistic effect of copper-based compounds with antibacterial properties and a photocatalytic film that decomposes organic substances, it reduces viruses adhering to the glass surface by 99% under visible light such as fluorescent lamps. Its applications are expanding across various fields, including medical-related facilities such as hospitals and nursing homes, public facilities, general residences, and even food and pharmaceutical factories. 【Features】 - Light from fluorescent lamps and LED lighting suppresses viral activity - Transparency is almost the same as that of regular float glass - Available in multi-layer glass types with high thermal insulation performance - Suitable for glass partitions and stair handrails in medical institutions and public facilities *For more details, please refer to the PDF document or feel free to contact us.
For museums, showcases, etc. It reduces light reflection and allows for beautiful visibility even through glass.
Nippon Sheet Glass's "Optiview" is a low-reflection laminated glass that reduces light reflection and provides a clearer view beyond the glass. By coating the surface of the glass with two layers of special metal film, it minimizes light reflection compared to standard float glass and allows a greater amount of visible light to pass through. It enhances the visibility of items viewed through the glass without obstruction, making it ideal for display cases in museums and art galleries, as well as jewelry stores, where color is an important factor. 【Features】 ■ Reduces light reflection to less than 2% ■ Transmits over 90% of visible light ■ Cuts over 99% of ultraviolet rays ■ High durability ■ As laminated glass, the tough interlayer increases penetration resistance *For more details, please refer to the PDF document or feel free to contact us.
Only the glass will be replaced. It contributes to energy savings with high thermal insulation performance and anti-condensation effects.
Japan Glass's "Spacia" is a vacuum glass that achieves about four times the insulation performance of single-pane glass, thanks to its vacuum layer and Low-E glass. It allows sunlight to enter while preventing warmth from escaping indoors, helping to reduce air conditioning costs. Additionally, its structure is less susceptible to external influences, which helps suppress the occurrence of condensation. There is a diverse lineup including "Spacia Cool," which cuts summer solar heat, "Spacia Quiet," which reduces noise, and "Spacia 21," a multi-layer vacuum glass. 【Features】 ■ Four times the insulation performance to maintain a comfortable indoor temperature ■ Reduces window glass condensation for cleanliness ■ Allows sunlight in while retaining its warmth ■ Contributes to energy savings by reducing heating and cooling costs ■ Only the glass needs to be replaced, allowing the existing frame to be used *For more details, please refer to the PDF materials or feel free to contact us.
Unparalleled insulation performance. Vacuum technology has evolved to this point. The common understanding of insulating glass is about to change.
The ultra-high insulation vacuum glass "Super Spacia" is a product that significantly improves the insulation performance of the vacuum glass "Spacia," which our company successfully commercialized for the first time in the world. The spacing of the micro spacers that maintain the vacuum layer between the two glass panes has been expanded from the conventional 20mm to 28mm. By halving thermal conductivity, the insulation performance has been improved by approximately 54% compared to the conventional "Spacia." 【Features】 ■ Thanks to the unique vacuum technology of Spacia, high insulation is achieved with just one Low-E glass pane. As a result, it boasts high visible light transmittance. ■ By achieving the high insulation of typical triple-glazed glass at less than half the thickness, it can accommodate various applications for both residential and non-residential buildings. *For more details, please refer to the PDF materials or feel free to contact us.
Pyroclear significantly improves strength compared to wired glass used for the same fire protection purposes.
It is a multilayer glass composed of heat-resistant reinforced glass called Pyroclear. Pyroclear significantly improves strength compared to wired glass used for the same fireproof applications. Therefore, even if the outer glass is damaged by external impact, shock, or flying objects, Pyroclear is less likely to break, ensuring safety. It also demonstrates high safety against human collisions from the inside. In terms of wind pressure resistance, it is possible to achieve high wind pressure strength by designing the glass composition to share a significant amount of wind pressure with Pyroclear. This fireproof multilayer glass not only achieves a wireless appearance but also eliminates concerns about rust and is less likely to experience thermal breakage.
Introducing a vacuum glass series ideal for the renovation of commercial buildings.
Starting in the fiscal year 2024, the Ministry of the Environment will launch a subsidy program called the "Decarbonized Building Renovation Project," aimed at the renovation of commercial buildings. High insulation of the building envelope will require "insulated windows" and "insulation materials" depending on the conditions. The vacuum glass series can be used as a "glass replacement" product for "insulated windows."
Glass that significantly improves transparency and achieves a colorless appearance. It boasts high transmittance in the visible light, near-infrared, and near-ultraviolet wavelength regions.
TEMPAX Float®, born in Germany, is the world's first borosilicate glass produced using the float method. It combines high quality with excellent flatness, outstanding thermal properties, optical properties, chemical properties, and mechanical properties. A new milestone has been achieved with the introduction of TEMPAX Float® HT. In addition to the conventional product characteristics, TEMPAX Float® HT has been developed to achieve higher transparency by optimizing its chemical composition. 【Key Features】 <Exceptional High Transmittance> - High transmittance in the visible light, near-infrared, and near-ultraviolet wavelength ranges - Outstanding appearance and optical clarity - Low fluorescence and resistance to solarization - Significantly improved colorless appearance - Enhanced internal light transmittance across the entire long light travel distance - Low color shift in the visible light range *For more details, please refer to the materials. Feel free to contact us with any inquiries.
An innovative solution that provides high-performance diagnostic consumables compatible with custom formats.
"PreScora" enables the production of highly customized coated and pre-cut substrates for demanding applications through our unique laser processing. In addition to standard formats in life sciences, such as SBS-compliant microplates and microscope slides, we can also process custom formats. Furthermore, the coating process is conducted in a clean room compliant with ISO Class 5 standards, allowing for the manufacturing of high-performance consumables with extremely high quality. [Features] ■ Our unique laser processing ■ For demanding applications ■ Capable of producing coated and pre-cut substrates ■ Supports various formats ■ Capable of marking logos, barcodes, etc. *For more details, please refer to the PDF document or feel free to contact us.
