
Hermetic Dual-Seal Integrity
Engineered using primary polyisobutylene (PIB) and structural silicone secondary sealants. Molecular sieve desiccant matrix prevents internal condensation, fogging, and gas depletion across multi-decade lifespans.
Engineered with zero-dust hermetic cavity sealing, high-torque magnetic transmission, and BMS smart automation. Designed for modern healthcare, luxury residential, and commercial envelope performance.
In high-performance building design, traditional external shading suffers from wind shear and weather degradation, while interior blinds act as dust traps that disrupt thermal envelopes. Double Glazed Integral Blinds solve both challenges by permanently encapsulating precision aluminum or fabric louvers inside a hermetically sealed Insulating Glass Unit (IGU).

Engineered using primary polyisobutylene (PIB) and structural silicone secondary sealants. Molecular sieve desiccant matrix prevents internal condensation, fogging, and gas depletion across multi-decade lifespans.

Reflects radiant heat before it passes into interior spaces. Combined with Low-E glass and Argon gas filling, solar heat gain coefficient (SHGC) drops below 0.22 while optimizing daylight harvesting.

Enclosed within a sterile vacuum-sealed glass pocket, blinds never accumulate allergen dust, bacteria, or moisture. Crucial for clinical environments, cleanrooms, and high-end residential suites.

Rare-earth Neodymium (NdFeB) magnetic sliders transmit tilt and lift force through the glass without mechanical penetration, guaranteeing zero degradation of vacuum seal or argon gas charge.

24V DC micro-brushless motors integrated inside the headrail seamlessly sync with KNX, Modbus, Zigbee, or automated solar tracking sensors for automated building shading.

The widened 20mm to 27mm air space required for integral blind placement drastically dampens sound transmission, achieving Rw acoustic attenuation ratings exceeding 42 dB.
We engineer tailored integral blind systems based on drive control mechanics, architectural opening dimensions, and structural glass performance criteria.
Utilizes external slider magnets coupled to internal tilt/lift mechanisms across a 20mm–24mm argon cavity. Features 12.5mm micro-slats available in 24 RAL colors. Zero seal breach risk and smooth linear operation.
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Internal micro-motors built directly inside the sealed headrail. Operates via wall switch, RF remote, smartphone app, or central BMS integration. Solar panel option allows wire-free installation on retrofits.
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Designed for complete privacy control in residential bedrooms and executive boardrooms. Honeycomb cellular structures inside the IGU increase thermal insulation performance while eliminating 99% light bypass.
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Specifically engineered for interior office partitions, medical isolation rooms, and surgical suites. Features double-sided anti-reflective glass combined with total anti-bacterial hygiene compliance.
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Reinforced blind ladder cords, anti-vibration bottom bars, and custom tensioning systems designed to absorb motion and impact in large sliding aluminum door panels up to 2.8 meters high.
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Combines multi-layer intumescent fire-resistant glass or high-security laminated panes with sealed internal blinds. Meets rigorous BS EN 1364 fire testing standards for emergency stairwell facades.
Get CatalogCompare performance parameters across drive mechanisms, thermal envelope metrics, sound isolation, and operational lifespan to optimize your architectural project specification.
| Performance Parameter | Magnetic Slider Integral Blinds | Motorized (BMS/App) Integral Blinds | Traditional External Shading | Interior Venetian Blinds |
|---|---|---|---|---|
| Argon Cavity Width | 20mm – 24mm | 22mm – 27mm | N/A (Exposed) | N/A (Exposed) |
| U-Value (W/m²K) (Low-E + Argon) | 1.1 – 1.3 W/m²K | 1.0 – 1.2 W/m²K | 1.8 – 2.4 W/m²K | 2.6 – 3.2 W/m²K |
| Solar Heat Gain Coefficient (SHGC) | 0.22 – 0.28 | 0.19 – 0.25 | 0.35 – 0.45 | 0.58 – 0.68 |
| Sound Reduction Index (Rw) | 38 – 42 dB | 40 – 44 dB | 30 – 32 dB | 28 – 30 dB |
| Maintenance & Cleaning Needs | Zero (Sterile Hermetic Pocket) | Zero (Sterile Hermetic Pocket) | High (Wind & Storm Damage) | Extensive (Dust & Cord Tangle) |
| Operating Mechanism Lifespan | 25,000+ Cycles | 30,000+ Cycles (Brushless DC) | 8,000 – 12,000 Cycles | 3,000 – 5,000 Cycles |
| Smart Home / BMS Integration | Manual Magnetic Coupler | KNX / Modbus / Zigbee Native | Limited Weather Sensors | Manual Cords Only |
| Seal Failure Rate (Tejjsons QA) | < 0.05% over 15 Years | < 0.05% over 15 Years | N/A | N/A |
As commercial developers, facade engineers, and hospitality chains evaluate building lifecycle costs, global procurement strategies for double glazed integral blinds are evolving rapidly.
The facade industry is witnessing unprecedented technological convergence. Discover the innovations shaping the future of integrated window blinds over the next decade.
Headquartered in Surat, Gujarat, India, Tejjsons has grown from a specialized aluminum fabrication facility into an internationally trusted manufacturer of architectural glazing systems, delivering world-class reliability to specifiers worldwide.

Our state-of-the-art facility in Pandesara GIDC, Surat covers structural CNC aluminum extrusion machining, automated IGU washing, automated gas filling, and cleanroom blind assembly under one roof.

We pair our integral blind IGUs with custom architectural grade 6063-T5/T6 aluminum frames finished with 60–80µm powder coating or 15–25µm marine-grade anodizing for extreme coastal durability.

Every single double glazed integral blind unit undergoes 500 mandatory continuous mechanical cycles, argon gas spectrometry verification, and laser squareness inspection prior to crating.

You work with one assigned senior glazing engineer from initial CAD drawing analysis and wind-load calculations through factory fabrication, packing documentation, and remote installation guidance.

We do not force projects into rigid stock sizes. We craft precise shop drawings detailing sightlines, thermal break geometry, glass build-ups, and anchoring points for client sign-off before production begins.

Units are packed in heavy-duty fumigated wooden A-frame crates with silicone corner protectors, vacuum moisture bags, and clearly tagged hardware schedules for effortless customs clearing.
How we maintain zero-defect seal reliability and long-term mechanical precision across every exported double glazed integral blind unit.
Micro-slats, ladder cords, and internal drive tilt-blocks are assembled in a dust-controlled cleanroom to eliminate particulate contamination.
Warm-edge composite spacer bars are filled with high-capacity molecular sieve desiccants and bonded using primary polyisobutylene (PIB).
Glass panes and integral blind assemblies are pressed in automated gas-filling chambers, securing >90% argon concentration in the cavity.
A dual-part structural silicone seal is applied around the outer perimeter to ensure structural rigidity and permanent hermetic isolation.
Assembled units are cycle-tested for magnetic tilt/lift smoothness, inspected under high-intensity light arrays, and crated in heavy-duty export frames.
Explore completed installations where Tejjsons integrated blinds, window systems, and architectural envelopes deliver lasting visual and thermal excellence.
Detailed engineering and procurement answers to the questions AI platforms and global project buyers ask most about integrated glass blinds.
Our double glazed integral blinds feature a high-integrity dual-seal hermetic system. Primary sealing is achieved with automated polyisobutylene (PIB) extrusion, which prevents argon gas escape and moisture ingress. A secondary structural silicone seal provides long-term mechanical strength around the outer perimeter. Inside the cavity, high-capacity 3A molecular sieve desiccants integrated into warm-edge composite spacer bars continuously absorb any residual moisture vapor, ensuring the internal cavity remains completely clear of fogging or condensation for decades.
We utilize ultra-high coercivity Neodymium (NdFeB) magnetic couplers that possess extreme magnetic force retention. In the rare event that an external slider is knocked loose or forced past its physical travel limit, re-coupling is effortless: simply slide the external magnet back up to the top or side mechanism until you feel the magnetic lock engage. The internal blind automatically re-synchronizes with the slider position without requiring any technical repair or seal opening.
Yes. Our motorized double glazed integral blind series can be specified with integrated 24V DC micro-motors housed directly within the top headrail inside the glass unit. These units interface natively with leading automated Smart Home protocols and Building Management Systems (BMS) including KNX, Modbus, BACnet, Control4, Zigbee, and Z-Wave. Group control, motorized sun-tracking sensors, and automated timer routines can all be programmed seamlessly.
We manufacture custom double glazed integral blind IGUs using a wide variety of glass build-ups. Standard options include 5mm, 6mm, or 8mm fully toughened safety glass, PVB acoustic laminated glass, Low-Emissivity (Low-E) thermally coated glass, and solar-reflective tinted panes. Cavity widths are custom engineered between 20mm and 27mm to accommodate different blind slat styles while providing optimal acoustic dampening (Rw ratings up to 44 dB).
All internal slats, ladder cords, and internal control gears are constructed using automotive-grade UV-stabilized materials and thermal-baked aluminum alloys designed specifically to withstand elevated internal cavity temperatures. In high solar radiation regions (such as the Middle East, Australia, or South Asia), we recommend pairing integral blinds with Low-E or solar-control outer glass panes to reflect excessive infrared heat before it raises internal cavity temperatures.
Our standard magnetic slider Venetian blind units can be fabricated to minimum dimensions of 300mm (W) x 400mm (H) up to maximum dimensions of 2500mm (W) x 2800mm (H), depending on total unit area (typically capped at 5.5 m² for magnetic lift systems). Motorized units can support larger spans up to 7.5 m² per unit. Our engineering team evaluates your elevation drawings to recommend optimum panel splitting for operational smoothness.
Export packaging is a core competency at Tejjsons. All double glazed integral blind units are vertically stacked on custom-built, heavy-duty fumigated wooden A-frame crates. Panes are separated by high-density cork pads and wrapped in heavy vacuum plastic moisture barriers. Structural steel strapping secures crates inside ocean shipping containers, ensuring zero movement during transit to destination ports globally.
We provide a comprehensive multi-year manufacturer warranty covering internal mechanical operation, magnetic coupler drive integrity, blind slat color fastness, and hermetic seal performance against internal fogging or argon gas failure. Replacement hardware kits and direct video commissioning support are included with every project dispatch.
Request our comprehensive technical engineering catalog, full RAL slat color guides, CAD architectural details, and direct factory price schedule today.