Explore our leading collection of VIP panels, customized blankets, and microporous materials designed to deliver outstanding thermodynamic efficiency.
Exploring the intersection of acoustics, structural engineering, and thermodynamic performance in high-demand industrial scenarios.
In modern industrial and architectural spaces, managing acoustics and thermal conductivity is no longer a matter of using basic barrier materials. It requires a holistic understanding of how energy travels through different molecular structures. Historically, standard fiberglass or rockwool composites were standard choices for soundproofing; however, these options are too thick and fail to meet strict thermal standards. Next-generation soundproof insulation boards combine fumed silica vacuum insulation panels (VIPs) with advanced polymer backings to address both acoustic and thermal demands simultaneously.
To block high-frequency mechanical noises and low-frequency structural vibrations, modern insulation systems rely on specialized layered structures. When custom soundproof materials are integrated with high-temperature microporous matrices, they create complex paths that dissipate acoustic wave energy. By reducing sound transmission levels (STC ratings) and cutting thermal conductivity down to λ ≤ 0.0018 W/m·K, these systems help engineers design energy-efficient buildings that meet high performance requirements.
Integrating acoustic barriers with high-performance thermal insulation is a major step forward for building system designs. The performance of these systems is determined by two main factors:
This technical combination ensures that the envelope layer functions both as a structural heat shield and an acoustic barrier. This dual-purpose design is essential for projects with limited space, such as urban high-density architectures, high-speed rail systems, and new energy vehicle battery compartments.
We provide tailormade insulation configurations to fit the most demanding industrial dimensions and high-temperature environments.
Size: Customized. Thickness: 5-30mm. Tailored for thermal safety protection layers in EV battery pack configurations.
Size: Customized. Thickness: 5-50mm. Outfitted with high-temp waterproof barrier coatings.
Specifically optimized for elevator fireproof door applications, ensuring extended fire-resistance periods.
Uniquely shaped geometries and customized corner layouts designed for non-linear structures and spaces.
Flexible nanostructure wraps tailored for piping configurations and high-temperature round exhaust lines.
Integrated with multi-layer PET barrier film protection for enhanced handling and structural durability.
Optimized for transport containers, biomedical storage vessels, and food-grade safety shippers.
Industrial scale layouts for large-area building wall panels and prefabricated structural facades.
Zerothermo Technology Co., Ltd., a subsidiary of the prestigious CBVAC Group, is a national high-tech enterprise. Our corporate headquarters are located in the Beijing Economic-Technological Development Area, with our primary manufacturing production base positioned in Nanchong City, Sichuan Province. This facility stands as one of China’s largest and most comprehensive production centers for advanced vacuum technology application products.
We are dedicated to building a sustainable future by delivering class-leading vacuum insulation panel solutions. Our facilities integrate cutting-edge core processing technologies, automated film laminating, and vacuum sealing lines to maintain unparalleled quality control standards.
A look at the continuous evolution of microporous cores, smart films, and hybrid acoustic barriers.
The insulation market is shifting from static passive barriers to smart, responsive containment systems. Zerothermo Technology is leading this research, focusing on three main development paths:
Optimizing the size distribution of fumed silica pores to reach a structural threshold below 50nm. This cuts down heat transmission from internal convection, maintaining high performance even if the barrier experiences minor vacuum loss over time.
Integrating flexible viscoelastic materials with vacuum cores. This combination dampens structural resonances while maintaining the thermal barrier properties of a VIP. These systems are designed to absorb low-frequency sounds that typically bypass standard insulation.
Embedding non-invasive optical or electronic sensors within the barrier film. This allows engineers to verify internal vacuum levels and overall thermal performance instantly, simplifying maintenance inspections in high-value setups.
Providing high-efficiency thermal insulation solutions to reduce carbon emissions and achieve climate targets across key industries.
Providing high-efficiency thermal insulation solutions for temperature-controlled transport systems. By using vacuum insulation panels, storage boxes maintain stable internal temperatures longer, protecting critical medical supplies and vaccines.
Improving building envelope systems with ultra-thin vacuum insulation panels and vacuum insulated glass. This supports the transition toward net-zero buildings, saving space while meeting modern building thermal efficiency standards.
Providing thermal protection in aerospace, metallurgy, and industrial furnace operations. Our microporous panels withstand temperatures up to 1000°C, lowering external temperatures and protecting nearby electronic and structural parts.
Combining automated production, continuous vacuum testing, and scale to ensure stable global delivery.
Operating out of our centralized production base in Nanchong City, Sichuan Province, Zerothermo Technology runs a modern manufacturing setup built around vacuum engineering. By managing the supply chain from raw fumed silica processing to final barrier film lamination, we maintain consistent product quality while reducing market price volatility.
Our Factory 4.0 setup includes automated core preparation, computerized envelope alignment, and automated vacuum testing. Every panel undergoes mass spectrometry testing to verify seal integrity before leaving the factory. This quality assurance process guarantees that the thermal and acoustic performance of our vacuum insulation panels remains stable over a long service life, giving global procurement teams a reliable supply of high-performance insulation.
Ensures uniform density across the silica core matrix, avoiding uneven spots and structural weak points that can affect performance.
Utilizes high-precision thermal welding to secure the barrier film, minimizing edge leaks and keeping the internal vacuum stable for decades.
Each panel is tested for microscopic leaks using helium gas tracers, verifying quality before packaging and export shipping.
Helping international buyers navigate logistics challenges, technical compliance, and product integration.
Purchasing materials for international projects requires meeting strict regional regulations and safety certifications. Zerothermo products comply with major global frameworks, including CE, REACH, RoHS, ASTM E84 Class A fire safety ratings, and ISO 9001/14001 quality management guidelines. Our team works with buyers to handle cross-border logistics, customs documentation, and regional testing compliance.
To support design integration, we provide comprehensive mechanical drawings, thermal performance simulations, and structural detail models. This helps engineering teams evaluate VIP installations, plan edge protection, and design thermal breaks during the early stages of project development.
Why global enterprise leaders choose Zerothermo Technology for high-performance insulation.
Unparalleled Standards in core pressing and automated laser sealing processes, ensuring clean vacuums across all production runs.
Swift engineering execution to design customized dimensions, variable thicknesses, and specialized outer protective envelopes.
High manufacturing capacity that delivers bulk orders on schedule without compromising dimensional tolerances or sealing quality.
Integrated shipping channels and international compliance processing, providing efficient transit routes to global destinations.
Comprehensive engineering support, field application assistance, and post-installation monitoring for large-scale projects.
Answers to common questions about fumed silica VIPs and microporous insulation panels.
Explore some of our structural installations and delivery cases across different sectors.
Cleanroom structural wall insulations using high-precision fumed silica cores.
High-temperature pipeline safety insulation and acoustic control wrap installations.
Acoustic partition layouts for classroom walls using soundproof composite panels.
Supplying VIP linings for pharmaceutical cold chain transport containers.
Committed to supporting China’s "dual-carbon" goals, Zerothermo Technology drives high-quality development of new quality productivity while promoting sustainable industrial advancement.
Analyzing new safety regulations for elevator shafts and the role of microporous cores in preventing heat transfer during fires.
Showcasing our latest range of vacuum insulation panels and custom thermal blankets to international buyers at the Canton Fair.
How nanostructured materials help reduce energy losses in chemical processing and metal manufacturing operations.
We provide comprehensive, end-to-end design and manufacturing support for vacuum insulation panels. Reach out to our engineering team to discuss your project requirements, thermal properties, and custom size requirements.
Review additional configurations including vacuum insulated glass and customized temperature regulation layers.
