Explore our certified vinyl window profiles, fusion-welded frame systems, and custom fenestration solutions. Engineered with multi-chamber thermal breaks and triple-sealed glass units tailored for commercial and residential developments across the Greater Moscow Metropolitan Area.
Heavy-duty thermal break double glass crank-out casement system with decorative grills. Engineered for extreme wind-load resistance and cold-climate seal integrity.
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American classic heritage vertical slider with modern fusion-welded uPVC multi-chamber profiles. Smooth spiral balance hardware with dual weather-stripping.
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Custom radius arched architectural profile with high-density thermal insulation and acoustic double glazing. Superior heat retention for severe winters.
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Dual-action European tilt-and-turn vinyl profile. Features full perimeter multi-point gear locking for air tightness and energy-efficient Low-E glass filling.
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Versatile top-hinged architectural awning profile. Built with reinforced internal steel chambers for high-rise residential complex applications in Moscow Oblast.
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Integrated ventilation louvers combined with high R-value insulated glazing. Designed for modern luxury cottages and suburban commercial buildings.
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Hybrid vinyl-aluminum composite system with micro-ventilation modes. Ideal for high-moisture areas, modern apartment bathrooms, and utility spaces.
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Multi-purpose exterior hopper unit featuring zero-maintenance virgin uPVC frames, anti-frost condensation profiles, and multi-point perimeter compression seals.
Send an InquiryThe Greater Moscow Metropolitan Area and the surrounding Moscow Oblast represent one of the most demanding climatic environments in Northern Eurasia for fenestration engineering. Operating under a continental climate characterized by prolonged subarctic winter cold spells—where ambient temperatures frequently drop below -30°C to -35°C—combined with rapid thaw cycles in early spring, standard architectural profiles experience immense thermal stress, differential frame expansion, and air-seal degradation.
As a specialized manufacturer and direct B2B supplier of extruded vinyl profiles, Amar Engineered Products supplies direct-to-site vinyl profile systems specifically formulated to eliminate thermal bridging, prevent interior perimeter condensation (dew point migration), and withstand extreme freeze-thaw cycles without surface micro-cracking or frame distortion.
The structural longevity of vinyl profiles in sub-zero environments depends fundamentally on chemical composition. Lower-tier commercial profile suppliers often utilize reground or recycled scrap uPVC, which introduces microscopic impurities, degrades polymer chain integrity, and leads to brittle failure during severe winter frosts.
Our manufacturing process exclusively utilizes 100% high-grade virgin Unplasticized Polyvinyl Chloride (uPVC) resin blended with premium micro-pigmented Titanium Dioxide ($\text{TiO}_2$) stabilizers and high-impact acrylic modifiers. This custom formulation delivers:
Prevents cold-shattering and corner cracking under high structural wind loads at temperatures down to -40°C.
High $\text{TiO}_2$ loading shields external frame surfaces against solar degradation, chalking, and yellowing during high UV summer days.
Ultra-low linear thermal expansion coefficient ($\alpha \le 0.7 \times 10^{-4}/\text{K}$), maintaining sash tightness year-round.
Air is an exceptional natural thermal insulator when contained within small, dead-air pockets. Our vinyl profiles feature advanced 5-chamber, 6-chamber, and 7-chamber internal wall cross-sections with systematic wall thickness ratings exceeding 3.0mm (Class A profile standard).
To counter high-altitude wind pressure in Moscow modern high-rise residential towers (e.g., Moscow-City district developments or Novaya Moskva urban projects), the central internal chamber houses heavy-gauge, zinc-coated corrosion-resistant galvanized steel reinforcing channels ($1.5\text{mm}$ to $2.0\text{mm}$ thickness). This hybrid construction guarantees high flexural rigidity without creating continuous thermal bridges.
| Profile Metric | Standard Commodity Profile | Amar 5000 Series (5-Chamber) | Amar 3G Max Series (7-Chamber) |
|---|---|---|---|
| System Depth | 58 mm – 60 mm | 70 mm | 82 mm – 86 mm |
| Wall Thickness Rating | Class B (2.2 mm - 2.5 mm) | Class A (≥ 3.0 mm) | Class A (≥ 3.0 mm Heavy Duty) |
| Thermal Insulation ($R_0$) | 0.55 – 0.62 $\text{m}^2\cdot\text{°C/W}$ | 0.82 $\text{m}^2\cdot\text{°C/W}$ | 1.08 $\text{m}^2\cdot\text{°C/W}$ |
| Glazing Capacity | Up to 24 mm (Double) | Up to 40 mm (Triple Glass) | Up to 52 mm (Triple/Acoustic) |
| Acoustic Attenuation ($R_w$) | 28 – 32 dB | 38 – 42 dB | 44 – 48 dB (Noise-Shield) |
| Gasket Weathersealing | 2-Lip EPDM Gasket | Dual TPE/EPDM Compression Seals | Tri-Sealed Continuous Co-extruded |
The architectural landscape of Moscow is diverse, spanning Soviet-era housing renovation programs, contemporary high-rise urban complexes, commercial office centers along the Third Ring Road (TTK), and luxury private estates in suburban belts such as Rublyovka, Novorizhskoye Highway, and Odintsovo. Each building typology requires specialized vinyl profile configurations.
High-rise residential blocks in New Moscow (Novaya Moskva) face heavy atmospheric wind pressures and severe wind-driven rain during seasonal storms. Our 70mm and 82mm multi-chamber profile systems integrate continuous galvanized steel reinforcement and triple-gasket perimeter sealing. This ensures zero wind infiltration at high elevations while satisfying municipal energy-saving codes.
Low-density luxury residential projects along Novorizhskoye and Kievskoye Highway demand customized aesthetics and expansive glass areas. We supply custom arch vinyl profiles, trapezoidal gable windows, and heavy-duty sliding patio doors equipped with laminated exterior wood-grain foils (e.g., Dark Oak, Anthracite Grey, Natural Pine) that resist fading under extreme weather.
Properties adjacent to major transport corridors—such as the Moscow Ring Road (MKAD), Garden Ring, or Kutuzovsky Prospekt—require exceptional soundproofing. Utilizing wide 82mm profile depth pockets, our window systems accommodate acoustic asymmetric triple-pane glass (e.g., 6mm outer + 4mm middle + 6mm inner laminated glass with argon gas), dropping ambient traffic noise below 30 dB indoors.
Work directly with our engineering team to review window schedules, profile specifications, and customized thermal calculations tailored to GOST standards.
The fenestration market in Russia’s capital is undergoing rapid evolution driven by stringent municipal environmental policies and changing architectural preferences. Developers and B2B window fabricators in Moscow prioritize three major structural trends:
Legacy 58mm 3-chamber systems are rapidly being phased out across Northern Europe and Russia due to increased energy conservation mandates. Modern Moscow architectural specifications universally demand a minimum frame depth of 70mm, with premium residential developments standardizing on 80mm+ profiles to accommodate triple insulating glass units with warm-edge TGI spacers.
While classic white profiles remain standard for municipal public housing, commercial developments and high-end residential apartments overwhelmingly select co-extruded or foil-laminated profiles. Anthracite Grey (RAL 7016), Quartz Grey, and Black Matte profiles have seen an unprecedented surge in demand across Moscow facade designs, aligning with modern minimalist and industrial architectural styles.
Moscow end-users expect multi-mode sash operation. Our uPVC profiles feature standardized European hardware mounting grooves (13mm axis gear groove) compatible with leading multi-point hardware brands (such as Roto, Siegenia, or Maco). This enables micro-ventilation modes—essential for continuous winter air exchange without inducing drastic interior heat loss.
Amar Engineered Products operates as a vertically integrated extrusion, fusion-welding, and insulating glass manufacturing entity. Unlike resellers or regional assemblers, we control the complete manufacturing value chain from raw polymer compounding to final crated export dispatch.
In-house engineered extrusion tooling ensures dimensional tolerances within ±0.1mm, guaranteeing seamless corner welding and perfect sash-to-frame seals.
Automated 4-point thermal miter welding fuses frame and sash corners into unified structural pieces, eliminating mechanically screwed joints that leak air over time.
We assemble double and triple insulated glass units (IGUs) utilizing LoĒ³-366 triple-silver coatings, warm-edge spacers, and automated 95%+ pure Argon gas filling.
Orders bound for Moscow are protective-wrapped, corner-shielded, and packed into steel-reinforced wooden crates for safe long-distance multimodal logistics.
Yes. Our multi-chamber uPVC profiles (specifically our 70mm 5-chamber and 82mm 7-chamber series) meet and exceed GOST 30674-99 and GOST 23166-99 standards for residential fenestration in Russia’s cold climate zones. When paired with triple Low-E argon-filled glass packages, heat transfer resistance values ($R_0$) reach up to 1.08 $\text{m}^2 \cdot \text{°C/W}$.
Our profiles are extruded using 100% virgin uPVC compound reinforced with specialized acrylic impact modifiers. This prevents the polymer chains from turning brittle at sub-zero temperatures. The material maintains high impact strength and structural elasticity, eliminating the risk of frame cracking under winter wind pressure.
Absolutely. Because we control profile extrusion tooling and thermal bending equipment, we produce custom radius arch windows, Gothic arches, trapezoids, round fixed lites, and multi-angle bay configurations in 1/8-inch (3mm) precision increments to match exact architectural shop drawings.
For openings exposed to high ambient traffic noise (such as MKAD, Third Ring Road, or Leningradsky Prospekt), we recommend our 82mm profile platform fitted with an acoustic asymmetric triple-pane IGU (e.g., 6mm outer pane + 14mm Argon gap + 4mm center pane + 14mm Argon gap + 6.38mm inner PVB laminated glass). This assembly achieves sound reduction ratings ($R_w$) above 44 dB.
Yes. Our laminated profiles utilize high-performance exterior weatherability foils bonded via heat-reactive polyurethane (PUR) adhesive systems. This creates a permanent chemical bond that will not bubble, peel, or delaminate under extreme temperature shifts ranging from -40°C in winter to +35°C direct sun exposure in summer.
All orders undergo rigorous export packaging protocols. Individual window frames and profile extrusions are wrapped in protective polyethylene films, fitted with foam edge guards, and securely strapped into heavy-duty vertical wooden crates or palletized containers designed to prevent shifting during multimodal container transport.
Fusion welding thermally fuses the uPVC profile corners into a single continuous monolithic structure. Unlike mechanically screwed corners—which rely on gaskets and topical sealants that degrade, shrink, and leak over time—fusion-welded joints are completely airtight, watertight, and structurally indestructible for the lifetime of the building.
Amar Engineered Products backs all vinyl extrusions and welded frame assemblies with a Limited Lifetime Warranty. This covers vinyl frame discoloration, structural cracking, hardware breakdown, and hermetic insulating glass seal failures. Full warranty documentation is provided with every commercial dispatch.
Whether you are specifying windows for a high-density urban residential development, a luxury cottage estate, or a commercial retrofit in Moscow, our technical team is ready to deliver factory-direct precision.
