Explore our foundational range of premium glass fittings, custom fabricated for durability, security, and aesthetics.
Founded in 2012, Guangzhou Nova Glass Door Co., Ltd. has established itself as an authoritative manufacturer and engineering powerhouse specializing in glass door systems and premium architectural glass hardware. Headquartered in the manufacturing hub of Guangzhou, China, we deliver high-performance, specification-grade solutions for residential, commercial, and structural office glass installations worldwide.
Operating a modern production facility spanning approximately 6,000 square meters, Nova is equipped with high-precision fabrication machineries, advanced finishing stations, and strict, multi-phase quality control systems. Our dedication to compliance ensures we manufacture items conforming strictly to international construction guidelines, offering durability, safety, and sophisticated aesthetics.
In modern architectural design, the threshold is a critical interface controlling the internal climate, acoustics, and environmental integrity of a structure.
By implementing engineered glass door sweeps with high-elasticity elastomer fin inserts, building envelopes eliminate draft air leakage. This reduces localized HVAC load, achieving compliance with strict green building standards such as LEED and BREEAM.
Unsealed gaps under glass doors allow sound waves to pass freely, compromising boardroom privacy and hotel comfort. Our glass sweeps feature multi-finned acoustic chambers that lower the Sound Transmission Class (STC) rating, sealing out ambient noise.
In dust-prone regions and cleanroom facilities, sweeps serve as the primary barrier against micro-particulates, moisture, and pests. By utilizing chemical-resistant polymers, they maintain absolute structural integrity under strict cleaning regimens.
A door sweep's efficiency is determined by its material composition. Nova uses advanced polymer formulations and high-grade metal extrusions to meet demanding industrial standards.
We source and process custom-grade materials to guarantee maximum wear cycles without degradation:
| Performance Metric | Standard Polymer (PVC) | EPDM / Silicone Co-Extrusion | Nova Spec Target |
|---|---|---|---|
| Service Temperature | -10°C to +50°C | -40°C to +120°C | -50°C to +150°C (Silicone) |
| Hardness (Shore A) | 60-70A | 55-65A | 60A (Optimal Sealing Flex) |
| Compression Set | Poor (Permanent deformation) | Good (<25% deformation) | Excellent (<15% deformation) |
| Cycle Life Expectancy | 100,000 cycles | 500,000 cycles | >1,000,000 cycles (Mechanical test) |
| UV & Ozone Resistance | Low (Discolors / Cracks) | High | ASTM G154 Compliant (Weathering) |
Architectural hardware must satisfy diverse local regulations and unique environmental stresses. Nova exports to Europe, North America, Southeast Asia, and the Middle East, adhering to international building codes.
Compliance with the Americans with Disabilities Act (ADA) requires that threshold barriers do not exceed 1/2 inch in height, and operating door forces stay under 5 lbs. Our low-friction silicone sweeps minimize drag while ensuring a tight air seal that complies with ASTM E283 air infiltration standards.
For European architectural markets, our manufacturing lines conform to CE markings and EN regulations. Materials are verified under REACH and RoHS parameters to prevent hazardous chemical off-gassing, critical for sustainable commercial offices and public infrastructure projects.
Our solutions for the Middle East are formulated to withstand extreme UV radiation and dust infiltration. In humid Southeast Asian climates, our hardware components utilize grade 304 and 316 stainless steel combined with anti-fungal silicone to prevent structural mold, corrosion, and seal rot.
The building hardware industry is evolving toward automation, sustainability, and green materials. Here is how Nova is preparing for tomorrow's structural requirements.
Developing internal drop-down mechanisms that lower the sweep seal only when the glass door is completely closed. This eliminates drag during door travel, drastically extending the service life of pivots and floor springs while optimizing seals.
transitioning from traditional petroleum elastomers to bio-derived polymers. These new materials match the structural performance of EPDM while minimizing the carbon footprint, supporting global net-zero architecture goals.
Researching smart, low-voltage conductive strips within commercial door seals. These sensors detect water ingress, structural movement, or air seal failure, instantly reporting maintenance alerts directly to Building Management Systems (BMS).
Correct installation is vital to ensuring environmental sealing and preventing premature component wear. Consider these configurations for common architectural applications.
Exposed to constant moisture, soap scum, and temperature cycles. Requires high-clarity polycarbonate drip rails with soft vinyl double sweeps at the bottom.
Demands heavy-duty sweeps that can withstand millions of cycles, draft control, and acoustic isolation for conference rooms and executive suites.
Requires dynamic clearance seals that flex in both directions without binding or increasing opening resistance beyond regulatory force limits.
Expert answers to common engineering, procurement, and installation queries regarding glass door sweeps and architectural hardware.
Complete your installation with our field-tested pivots, connectors, magnetic catches, and self-closing hydraulic hardware.
Nova Glass Door