Engineered for uncompromising acoustic comfort, structural resilience, and architectural elegance across residential, commercial, and hospitality developments in France.
Acoustic Double-Hung
Engineered with low-emissivity asymmetric glass (6mm + 16Ar + 44.2 Silence) and multi-fin compression weather seals, ideal for urban Parisian historical retrofits.
Ocean Blue Channel
Heavy-duty structural aluminum shoe with acoustic PVB safety lamination, engineered to isolate external sound reflection on Mediterranean Riviera terraces.
Structural Balustrade
Designed for luxury residential balconies in Lyon and Bordeaux, featuring acoustic isolation gaskets that decouple floor vibrations and outdoor traffic hum.
Luxury Pivot Entry
Grand architectural entrance system with hidden multi-point acoustic latching, pressurized perimeter gaskets, and high-density acoustic core panels.
Extrusion Engineering
Precision 6060-T66 multi-chambered extrusion bars integrated with PA66GF25 thermal struts, specifically tailored for French fenestration fabricators.
Acoustic Flagship
State-of-the-art lift-and-slide system with triple EPDM acoustic labyrinth compression seals, eliminating transit whistling in high-speed rail corridors.
Glass Clamp Fitting
Marine-grade 316 stainless steel and CNC alloy acoustic clamp brackets equipped with synthetic vulcanized elastomer dampers to absorb wind buffeting.
Facade Cladding
High-density Polyisocyanurate (PIR) acoustic spandrel core clad in fluorocarbon aluminum, delivering structural sound deadening for French prefab modular housing.
Specifying high-performance soundproof windows for France requires engineering far beyond standard double glazing. Standard symmetric double-glazed units (such as 4mm Float / 16mm Air / 4mm Float) exhibit a severe acoustic vulnerability known as the coincidence frequency dip ($f_c$). In this critical zone—typically between 2,000 Hz and 3,200 Hz—the flexural wave speed in glass matches the velocity of airborne sound waves, causing the glazed pane to become acoustically transparent to motorcycle exhausts, tire friction, and commuter railway screech.
Our China manufacturing center utilizes asymmetric acoustic lamination with specialized polyvinyl butyral (PVB) acoustic damping cores. By pairing panes of varying mass and stiffness (e.g., an 8mm outer pane, a 16mm 90% Argon gas cavity, and an inner 44.2 Acoustic PVB composite pane), we split the critical frequencies. Sound waves encountering the exterior pane lose coherent resonant energy; remaining vibrational vectors are transformed into shear strain and dissipated as microscopic thermal energy inside the viscoelastic acoustic polymer layer.
In addition, our thermal-break aluminum profiles incorporate multi-chamber PA66GF25 polyamide isolators injected with acoustic mineral foam, creating an uninterrupted damping barrier that prevents structure-borne acoustic flanking through outer frames into the building envelope.
| Glazing Configuration | $R_w$ (dB) | $R_w + C_{tr}$ (Traffic) | Recommended Application |
|---|---|---|---|
| Standard Double Glazing 4mm / 16Ar / 4mm Clear |
30 dB | 26 dB | Quiet rural zones, low-density villas |
| Asymmetric Acoustic IGU 6mm / 16Ar / 4mm Clear |
36 dB | 32 dB | Suburban collectors, moderate street noise |
| Acoustic Laminated IGU 8mm / 16Ar / 44.2 Acoustic PVB |
43 dB | 38 dB | Paris inner ring, boulevard traffic corridors |
| Extreme Triple Laminated IGU 10mm / 14Ar / 4mm / 14Ar / 66.2 Silence |
51 dB | 46 dB | Direct TGV rail line, CDG airport PEB noise zone |
Under the French RE2020 (Réglementation Environnementale 2020), fenestration products cannot merely address sound attenuation in isolation. French project developers, architects, and general contractors (entreprises générales de bâtiment) must maintain strict overall thermal transmission values ($U_w \le 1.3\text{ W/m}^2\text{K}$, often demanding $1.1\text{ W/m}^2\text{K}$ in northern French zones such as Hauts-de-France and Île-de-France), while maximizing the bioclimatic need factor ($B_{bio}$) and minimizing summer overheating indices ($D_H$ - Degrés-Heures).
Our export systems solve this complex equation by deploying warm-edge composite spacers (Swisspacer Ultimate / Technoform) with thermal conductivity values as low as $\Psi \le 0.030\text{ W/mK}$, coupled with magnetron sputtered Low-E coatings on position 2 or 5. This delivers an exceptional solar factor ($S_w \ge 0.42$) and light transmission ($T_L \ge 70\%$) while sustaining a laboratory-verified sound reduction index exceeding $45\text{ dB}$, yielding total thermal-acoustic balance for modern French multi-family and commercial developments.
From strict historical preservation zones in Paris to wind-swept coastal residences on the French Riviera, our custom manufacturing directly resolves local architectural constraints.
Historic urban canyons along Boulevard Saint-Germain, Rue de Rivoli, or near the Boulevard Périphérique require intense sound attenuation without altering narrow sightlines or historical street facade aesthetics (ABF approvals).
Developments adjacent to SNCF TGV lines, RER suburban networks, and major metropolitan arteries in Lyon Part-Dieu, Lille-Europe, and Marseille Saint-Charles demand acoustic resilience to ground vibration and wind pressure waves.
Luxury residential estates in Cannes, Nice, and Saint-Tropez require oversized, multi-panel sliding glass walls that block seaside gale winds while maintaining a serene acoustic interior during heavy summer tourist seasons.
How progressive environmental frameworks and municipal acoustic zoning dictate technical requirements for exported Chinese architectural windows.
The French Nouvelle Réglementation Acoustique (NRA) mandates minimum facade acoustic isolation ($D_{n,T,w} + C_{tr}$) of 30 to 45 dB based on terrestrial transportation noise zoning (Arrêté du 30 mai 1996).
Mandatory life-cycle assessments (LCA) demand recycled aluminum billeting (low carbon primary aluminum) and Environmental Product Declarations (FDES / EPD) to satisfy French building carbon budgets.
Acoustic attenuation directly collapses if air leakage occurs. French technical controllers inspect windows for AEV certification: Air ($A_4$), Water Tightness ($E_{9A}$), and Wind Resistance ($V_{C4}$).
Urban noise reflection from stone courtyards has spurred French demand for laminated acoustic glass balustrades with U-channel bases that dampen sound bouncing into upper-floor balconies.
Operating with over 15 years of precision engineering and more than 1,200 international project handovers, we deliver end-to-end reliability from CAD prototyping to DDP port dispatch.
Unlike trading intermediaries, our factory coordinates 6000-series alloy extrusion, precision four-point CNC mitering, and computerized autoclave lamination under one roof. Our tolerance control reaches $\pm 0.5\text{mm}$, ensuring gasket compression is perfectly uniform around every sash perimeter to eliminate acoustic bridging.
Every batch of exported soundproof windows undergoes strict sound transmission loss tests under EN ISO 10140 standards, full helium gas detection for argon retention rates (>90%), and simulated cyclic load tests. We provide complete CE marking under EN 14351-1, along with French-language structural calculation certificates.
We provide seaworthy fumigated steel-crate packaging with vacuum-sealed desiccants to safeguard glass coatings during maritime transit. We support scheduled container arrivals directly into Port of Le Havre or Port of Marseille-Fos, with door-to-jobsite customs-cleared DDP trucking across France.
Direct technical, commercial, and logistical answers for French project managers, architectural specifiers, and procurement directors.
Our products are tested according to EN ISO 10140-2 and classified under EN ISO 717-1, reporting both the weighted sound reduction index ($R_w$) and the traffic spectrum adaptation term ($C_{tr}$). Under the French Nouvelle Réglementation Acoustique (NRA), facade insulation performance is assessed as $D_{n,T,w} + C_{tr}$. A window specified with $R_w (C; C_{tr}) = 45 (-1; -4)\text{ dB}$ provides an effective performance index of $41\text{ dB}$, exceeding Class 4 infrastructure noise zone requirements (Arrêté du 30 mai 1996).
Yes. All export orders comply with the European Harmonized Standard EN 14351-1 (Windows and Doors). We issue a full Declaration of Performance (DoP) confirming thermal transmittance ($U_w$), air permeability, watertightness, wind resistance, and acoustic attenuation. Our safety glass components carry CE EN 12150 (tempered) and EN 14449 (laminated) certifications acceptable to French building inspection bureaus (Bureau Veritas, Socotec, Apave).
Yes. We offer electrostatic architectural powder coating following Qualicoat Class 1 and Class 2 (Superdurable) standards with AkzoNobel or Tiger Drylac resins. Popular French architectural shades—such as Anthracite Grey (RAL 7016), Quartz Grey (RAL 7039), and Noir Sablé 2100—are available with a 15 to 25-year finish warranty against UV degradation and coastal salinity.
Typical custom fabrication takes 25 to 35 business days following CAD shop drawing approval. Maritime freight from Shenzhen, Ningbo, or Shanghai to Le Havre (Northern France) or Marseille-Fos (Southern France) requires approximately 28 to 34 days at sea. For urgent developer phases, air freight or rail freight via the China-Europe Railway Express (16–18 days to French dry ports) can be arranged.
Traditional sliding windows suffer from acoustic leakage through standard nylon brush seals. We solve this by engineering advanced lift-and-slide or horizontal compression systems. Turning the actuation handle drops the sash down onto continuous vulcanized EPDM compression seals with integrated multi-lip gaskets, creating an airtight, hermetically sealed perimeter that achieves Class 4 Air Permeability (EN 12207) and blocks high-frequency urban sound infiltration.
Yes. We regularly supply detailed shop drawings configured for traditional French installation typologies: pose en applique intérieure (with insulation compensation brackets from 100mm to 160mm for internal thermal lining), pose en feuillure (for stone masonry renovations), and pose en tunnel. We accept client 3D BIM models or laser scan point clouds, producing fabrication-ready CAD submittals with $\pm 0.5\text{mm}$ clearance tolerance before cutting.
All windows and glazed panels are individually wrapped in protective peel-off film, reinforced with high-density EVA edge protectors, and secured within custom heavy-duty steel or ISPM-15 heat-treated plywood crates. Crates feature shock-absorbing pallet feet, desiccants to prevent glass corrosion from maritime condensation, and tilt indicators. Container loading is performed using automated overhead cranes with tailored shoring.
We provide full export documentation including the Commercial Invoice, Packing List, Bill of Lading (B/L), Certificate of Origin (COO), CE Declaration of Performance (DoP), and test certificates. If you choose our DDP (Delivered Duty Paid) service, our European freight partners handle French customs formalities, anti-dumping checks, and domestic VAT settlement, delivering crated units directly to your Paris, Lyon, or Marseille project site.
Consult directly with our senior facade engineering desk. Receive CAD submittals, glass acoustic build-up calculations, RE2020 thermal compliance reviews, and container freight estimates within 24 hours.