Pioneering energy efficiency, optical clarity, and extreme mechanical strength. Discover our advanced architectural line.
Understanding magnetron sputtering vacuum deposition (MSVD) and spectral selectivity for modern architecture.
Low Emittance (Low-E) glass is engineered to minimize the transmission of infrared and ultraviolet light without compromising the amount of visible light entering a building. At BYGglass, we utilize state-of-the-art Magnetron Sputtering Vacuum Deposition (MSVD) lines to apply sub-microscopic, metallic layer stacks onto premium float glass substrates. These layers selectively reflect long-wave infrared heat energy back to its source, keeping spaces cooler in summer and warmer in winter.
By controlling the deposition of silver (Ag) layers and dielectric barriers at the atomic scale, we achieve exceptional Solar Heat Gain Coefficients (SHGC) and U-Factors customized for distinct climate zones. Whether your project requires high solar gain for northern climates or low solar gain for tropical regions, our low-emittance profiles offer customizable solutions that align with modern energy demands.
Addressing architectural challenges, carbon reduction mandates, and localized building regulations across the globe.
As construction regulations tighten worldwide (such as Europe’s EPBD and North America’s ASHRAE 90.1), high-performance low-emittance glass has evolved from a premium option into a regulatory mandate. Developers rely on our high-volume production to secure supply chains for large-scale glazing needs.
Our double and triple-silver Low-E lines directly contribute to achieving LEED, BREEAM, and DGNB green building certifications. By lowering operational carbon emissions from HVAC systems, we help developers hit their long-term ESG targets.
From dynamic high-rise structural glazing to impact-rated residential facades, our processing guarantees high mechanical resilience against wind load, seismic shifts, and thermal stress fragmentation.
BYG.GLASS (Boyou Glass)
BYG.GLASS operates as a large-scale, high-end glass production enterprise that integrates research, development, manufacturing, and international sales. Our diverse product portfolio spans high-performance tempered glass, insulated glazing units (IGUs), laminated safety glass, custom decorative glass, and smart dynamic glazing solutions.
Established in 2020, our focus centers on delivering architectural and decorative glass for high-end residential window brands, commercial facades, luxury hotels, premium clubs, and complex design projects globally. We utilize advanced processing technology and stringent quality control protocols to supply products that align with contemporary architectural standards.
Our headquarters in Foshan, Guangdong Province covers over 20,000 square meters. Guided by our focus on quality, timely delivery, and proactive customer service, we operate dedicated tempering, hollow-insulating, and technical processing divisions to support our global network.
Why international facade engineers and procurement offices select BYGglass as their long-term supply partner.
Full-chain quality control using premium float glass substrates processed on precision German lines. Flatness deviation is maintained at ≤0.3mm, visible light transmission exceeds 91%, and overall defect rate remains ≤0.05%.
Custom configurations from 3mm to 19mm, 12 primary color systems, and specialty layups (acoustic, bulletproof, explosion-resistant). Our technical team can process oversized curved units up to 5 meters.
Supported by three domestic manufacturing divisions and a 100,000㎡ inventory center. Integrated logistics management offers regional transit optimization and predictable international delivery timelines.
We provide end-to-end technical support including pre-project performance modeling, design phase consultation, structural calculation reports, and on-site glazing installation guidance.
Ensuring absolute compliance with regional building codes, glass certification schemes, and safe logistics.
Navigating global building codes requires strict attention to structural compliance. Every production run at BYGglass is manufactured, tested, and tracked to comply with specific regional quality standards. From structural wind load performance tests in coastal hurricane areas to thermal stress break mitigation analysis in cold climates, our glass meets the necessary benchmarks.
Additionally, we offer localized support for facade projects in the Americas, Europe, and the Asia-Pacific region. This includes providing detailed calculation reports, thermal performance data sheets, and custom packaging systems designed to survive ocean transit and arrive intact at the project site.
Our loading team oversees each export shipment to ensure products are secured correctly for transport. Using heavy-duty, moisture-resistant wood crates, customized braces, and impact-absorbing materials, we load each container to prevent movement and damage during transit.
This packing setup reduces logistics risks, allowing for immediate unpacking and installation upon arrival.
Take an inside look at our machinery, processing lines, and quality verification workflows.
How BYGglass is evolving to meet tomorrow's architectural and energy conservation standards.
We are developing thin-profile vacuum insulated glass (VIG) assemblies. By combining our high-performance Low-E coatings with a vacuum cavity, we aim to match the thermal insulation of masonry walls in a double-glazed format.
To support smart home and building management systems (BMS), we are designing electrochromic coating layers. These will allow users to control tint levels and solar gain dynamically via electronic controls.
Our R&D team is testing raw materials and magnetron targets that reduce energy consumption during the sputtering process, lowering the overall embodied carbon of our glass products.
Common inquiries about specifications, production capabilities, and shipping details.
Online Low-E (pyrolytic) coatings are applied to hot glass during float line production, creating a durable layer suitable for single glazing. Offline Low-E (sputtered) coatings are applied in a vacuum chamber at room temperature. Sputtered coatings offer superior thermal performance (lower U-value and SHGC) but must be assembled into double or triple-glazed insulated units (IGUs) to protect the metal layers from oxidation.
Yes. BYGglass offers customized silver layer thicknesses and dielectric configurations. We can adjust the Solar Heat Gain Coefficient (SHGC) between 0.22 and 0.45, and Visible Light Transmittance (VLT) between 70% and 82% to match your specific climate zone and design requirements.
Our architectural glass undergoes testing to meet international safety and performance standards, holding certifications including SGCC (ANSI Z97.1) for North America, CE (EN 12150 & EN 1279) for Europe, and AS/NZS 2208 for Australia and New Zealand.
Standard custom orders are generally processed and prepared for shipping within 14 to 21 days from drawing approval. Urgently required components can be expedited through our scheduling system, which can produce select tempered items in as little as 72 hours.
From anti-glare coatings to smart dynamic glass, we manufacture technical surfaces for diverse design requirements.
BYG.GLASS
