Explore our industrial range of vacuum, microporous, and flexible thermal-acoustic composite materials engineered for global regulatory compliance.
Integrated architectural building envelope panels featuring ultra-low thermal conductivity and advanced structure-borne dampening.
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State-of-the-art acoustic and thermal insulated glazing designed to minimize transmission loss across complex exterior façades.
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Highly custom-engineered high-temperature nano-microporous blankets designed for multi-layered mechanical system decoupling.
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Advanced high-temperature underlayment providing exceptional thermal barriers and vibration attenuation in industrial subfloor assemblies.
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Engineered polyurethane composite VIPs offering dual-action sound absorption and thermal resistance for temperature-controlled units.
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A prefabricated structural decoration panel optimizing space utility while delivering superior soundproof rating metrics.
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Specially manufactured microporous insulation core designed for dynamic load-bearing areas requiring extreme thermal limits.
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Optimal heat containment blanket system utilizing advanced fumed silica structure to dampen acoustic vibrations from heavy machinery.
View DetailsModern architectural demands require a paradigm shift in how structural noise is mitigated. Historically, acoustic design relied heavily on raw mass (concrete, thick screeds) to achieve satisfactory Sound Transmission Class (STC) ratings. Today, international building codes (IBC) and strict acoustic privacy standards require high-efficiency solutions that decouple subfloor interfaces without reducing headroom.
Our engineered soundproof floor boards utilize advanced composite structures that combine mechanical decoupling with structural dampening. By decoupling the flooring assembly, we create an impedance mismatch that significantly limits the transmission of impact energy (Impact Insulation Class - IIC) across modern cross-laminated timber (CLT), lightweight concrete, and timber joist assemblies.
Analyzing the acoustic decoupling capabilities of core structural subfloor materials:
*Results obtained in ISO-certified acoustic laboratory chambers using standardized structural impact machines.
Zerothermo Technology Co., Ltd., a subsidiary of CBVAC Group and a national high-tech enterprise, is headquartered in the Beijing Economic-Technological Development Area. Our state-of-the-art production base in Nanchong City, Sichuan Province, stands as one of China’s largest and most comprehensive manufacturing facilities for vacuum technology application products.
Special customized dimensions produced in compliance with ASME/DIN standards based on architectural drawings.
Square, oval, and complex geometric custom floor profiles designed to avoid thermal or acoustic bridging.
Strict QA protocols ensuring consistent load capacity and sound isolation performance across every batch.
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A strategic breakdown of specifications, test standard conformity, and logistics safety required by global procurement divisions.
Global architectural standards require compliance with ISO 10140 (impact sound measurement) and ASTM E492 / E90 laboratory test methods. Selecting materials with certified Delta IIC and STC metrics minimizes field performance variance.
Soundproofing underlayments must maintain elastic performance over decades. Procurement specifications must mandate creep testing under sustained design loads (e.g. 50 kPa - 200 kPa) to prevent floor subsidence and crack propagation.
With tightening environmental regulations, global sourcing teams prioritize structural materials manufactured with recycled content and low embodied energy, supported by certified Environmental Product Declarations (EPD).
Delivering high-performance vacuum-insulated and sound-dampening panels that meet stringent global quality and engineering requirements.
Adhering to strict international standards for every manufacturing run.
Tailoring acoustic panel designs, dimensions, and specifications to project needs.
High-capacity automated factories ensuring stable lead times and volume delivery.
Comprehensive worldwide distribution channels and secure packing systems.
Providing end-to-end technical support and after-sales service.
We provide comprehensive engineering services for custom thicknesses, materials, and sizes to meet demanding project requirements.
Thin-profile VIP insulation cores designed for high-density EV battery compartments requiring fire safety barriers.
Custom-molded microporous shells tailored for heat-retention systems and residential appliances.
Certified Class A fire barriers utilizing microporous fumed silica to ensure compliance in high-rise elevator shafts.
Precision CNC-cut VIPs designed for complex geometries, eliminating thermal and acoustic gaps.
Flexible thermal insulation blankets designed to wrap pipes, ducts, and non-linear construction components.
Ultra-low lambda (λ) insulation core designed for thermal applications in high-density urban spaces.
High-efficiency thermal barrier panels designed for temperature-controlled transport systems.
Oversized VIP boards designed to maximize thermal protection in prefabricated subfloor and wall systems.
Providing high-efficiency thermal-acoustic insulation systems to meet demanding environmental and performance requirements across diverse sectors.
Ensuring ultra-stable thermal regulation using fumed silica vacuum insulation cores, safeguarding sensitive medical shipments globally.
Delivering high-efficiency thermal insulation and acoustic solutions for building envelope systems using innovative products like vacuum insulation panels and vacuum insulated glass, supporting sustainable development and carbon neutrality.
Providing thermal barrier and fire protection solutions utilizing advanced nano-microporous composites in industrial environments.
Providing high-efficiency insulation solutions for modular accommodations, cabins, and ecological zones utilizing lightweight, structural thermal panels.
By integrating physical acoustic decoupling with micro-porous structural design, Zerothermo is developing thin, high-performance soundproof boards that provide dual acoustic and thermal protection.
Development of bio-degradable polymer composite casings for next-generation environmental compliance.
To achieve high levels of soundproofing in modern floor constructions, mechanical decoupling is critical. In traditional floor assemblies, sound energy travels directly through solid wood joists, metal frames, and concrete slabs via structural paths. By introducing a viscoelastic layer, the soundwaves are dissipated as heat rather than escaping into the space below.
At Zerothermo, our technical roadmap focuses on the development of hybrid structural panels. These panels pair fumed silica vacuum cores with elastomeric compound borders. These composite assemblies achieve high Sound Transmission Class (STC) ratings while providing excellent thermal insulation within a slim footprint.
Interrupting physical contact points within the subfloor to block structural vibration paths.
Selecting core material densities that shift resonant frequencies away from typical impact noise ranges.
Detailed technical answers addressing core considerations in specification, performance standards, and product customization.
Industrial-grade mechanical isolation & thermal integration.
Precision structural decoupling within vibration-sensitive environments.
Acoustic integration to mitigate impact noise on sports floor structures.
Integrating thermal VIP technology into critical pharmaceutical containment systems.
Get in touch to discuss customized soundproofing and insulation solutions for your project.
Our engineering team is available to assist with technical specifications, project designs, and bulk order pricing.
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Explore our advanced insulation panels engineered for cold chain logistics and specialized structural designs.
Vacuum-insulated cooler container designed to meet strict thermal standards for vaccine and medical storage.
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High-efficiency vacuum panels designed for temperature-controlled shipping and container walls.
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Integrated wall panel systems providing thermal insulation and clean decorative finishes for modern interiors.
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A high-strength VIP board featuring protective outer laminations for demanding floor and wall applications.
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Reflective roof and subfloor insulation rolls designed to mitigate radiative heat transfer and sound transmission.
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Large-format fumed silica insulation cores designed for heavy-duty shipping containers and cold-storage vaults.
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Thin-profile, high-temperature thermal barrier sheets designed for elevator structural frames and fire doors.
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Vacuum insulation panels featuring a protective PET film barrier to ensure long-term durability in subfloor installations.
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