Advanced Materials Catalog
High barrier PET-protected vacuum insulation panels featuring unmatched thermal performance for architectural ceiling assemblies.
Custom non-linear shapes matching bespoke acoustic and thermal ceiling panels with ultra-thin architectural profiles.
Integrated decorative and thermal management structural boards, optimizing onsite installation time and building space.
Specially customized for heavy-duty containment units, high-temperature buffers, and cleanroom ceiling applications.
Mechanically reinforced configurations preventing compression damage in load-bearing ceiling structures.
Composite design incorporating polyurethane protective layers with central VIP technology for cost-effective ceiling insulation.
Flexible microporous mats engineered for high-temperature ceiling spaces, fire safety barriers, and mechanical penetrations.
High-density custom curved nano blankets offering premium acoustic damping and fire protection for mechanical plenums.
In the global push toward carbon neutrality, building envelope systems require advanced thermal solutions that minimize heat transfer with minimal spatial volume. Traditional ceiling insulation, such as fiberglass or rockwool, demands thick installation envelopes that eat into valuable vertical room height. High-performance Thermal Ceiling Boards developed by leading Chinese manufacturers are shifting this paradigm.
By leveraging Fumed Silica Core Vacuum Insulation Panels (VIPs), modern architectural designs can achieve a thermal conductivity rating of less than 0.0045 W/(m·K). This represents a thermal barrier that is five to ten times more effective than conventional insulation materials of equivalent thickness.
At the center of Zerothermo's technology is the elimination of convective and gas-phase heat transfer. The core fumed silica matrix is vacuum-sealed inside high-performance multilayer composite barrier films. This micro-porous structure restricts molecular motion (known as the Knudsen effect), keeping thermal performance stable for decades. Combined with non-standard structural supports and fireproof panel backings, this technology is ideal for commercial, cold storage, and energy-neutral construction frameworks.
Tailored Engineered Solutions
Custom dimensions, thickness ranging 5-10mm, offering dynamic fire prevention and thermal runaway containment.
Designed to wrap water heaters and industrial boiler systems, reducing heat loss by up to 40% compared to typical PU wraps.
A1-class fire rated structural panels specifically engineered for extreme fireproof door linings and core assemblies.
Bespoke geometric configurations for curves, structural posts, and unique building facade penetrations.
Flexible layouts optimized for complex process pipe interfaces and variable building geometry systems.
State-of-the-art core formulation providing stable insulation ratings under extreme exterior loads.
Advanced temperature stabilization barriers for reliable pharmaceutical airfreight and transport box operations.
Extra-large thermal boards designed to limit seam counts and heat bridge risks in cleanroom applications.
Procuring commercial-grade ceiling systems requires balancing initial capital expenditure (CAPEX) with long-term operational savings. Below is a structured analysis of current market cost points, focusing on thermal resistance factors and lifecycle value:
While the initial cost of fumed silica vacuum insulation panel systems exceeds that of conventional polyisocyanurate (PIR) or mineral wool boards, the structural advantages tell a different story. In temperature-controlled warehouses, cleanrooms, and high-performance commercial facilities, installing fumed silica VIP ceiling boards yields two key structural advantages:
WHO WE ARE?
Zerothermo Technology Co., Ltd., a subsidiary of CBVAC Group and a national high-tech enterprise, is headquartered in the Beijing Economic-Technological Development Area with its production base located in Nanchong City, Sichuan Province. This facility stands as one of China's largest comprehensive production centers for vacuum technology application products.
Specialized dimensions outside conventional ANSI/ASME/DIN standards. Engineered precisely to meet custom drawing parameters and vacuum seal interfaces.
Square, oval, and irregular shaped flange units. Supporting custom oversized and micro-precision systems from diameter scales of 60 inches down to micro-tolerances.
Integrated design processes matching strict vacuum envelope sealing criteria, securing stable thermal limits for space and cleanrooms.
Our Technology Advantage
Strict quality assurance protocols built to meet international standards across high-performance construction and logistics.
Custom-tailored shape and thickness configurations designed to integrate seamlessly into existing ceiling layouts.
High-volume manufacturing lines in Nanchong deliver consistent panel quality for projects of any size.
Optimized product packaging prevents panel wear and tear, ensuring secure delivery to active construction sites worldwide.
Ongoing technical support and life-cycle calculations to help your project achieve Net-Zero building status.
Practical Applications
Highly effective thermal barriers for temperature-controlled air freight, shipping containers, and biological storage.
Thin vacuum insulation panels designed for ceiling spaces, external wall envelopes, and high-performance floors to reduce carbon footprint.
Innovative microporous mats and blankets providing stable containment and energy savings for industrial kilns and boiler systems.
Ultra-thin, energy-efficient panel designs created for lightweight prefabricated tourist cabins and modular hotels.
Proven Project Track Record
Integrated fumed silica VIP insulation ceiling panels installed to support high-precision laboratory cooling structures.
Server cleanroom structures lined with Class A1 fire-rated ceiling boards to maximize cooling efficiency.
Safe, non-toxic, and fire-resistant vacuum insulation ceiling panels designed for a modern academic building envelope.
High-efficiency custom thermal barrier envelopes protecting sensitive biomedical products over long transit routes.
The next generation of building insulation focuses on material durability, smart monitoring, and automated manufacturing. As developers and architects look for thinner, higher-performing envelopes, Zerothermo's product development focuses on three primary areas:
Integrating micro-sensors directly within vacuum panel structures allows building managers to monitor internal pressure levels in real time. This ensures ongoing proof of insulation performance and alerts maintenance teams if a panel is punctured during remodeling or structural changes.
By blending aerogel structures into the core fumed silica matrix, next-generation panels improve durability and puncture resistance while keeping thermal conductivity below 0.004 W/(m·K). This helps minimize performance loss even if the outer barrier film is compromised.
Future thermal ceiling board designs will focus on simple end-of-life disassembly. Using non-toxic inorganic core materials like fumed silica makes the internal matrix fully recyclable, supporting circular economy initiatives and green building certifications.
News and Insights
Exploring the role of nano microporous panels in modern high-rise elevator shaft fire safety barriers.
Showcasing our latest range of vacuum insulation panels and custom ceiling designs at booth #10.2K06.
How high-temperature nano microporous panel technologies are changing safety standards in heavy industry.
For international buyers and procurement directors, choosing a supplier requires vetting material compliance, manufacturing capacity, and supply chain security. Zerothermo offers structural support and reliable product delivery by meeting key global criteria:
Direct Answers
Get in Touch
We offer complete, one-stop vacuum insulation solutions. Reach out to our technical team to discuss project requirements, custom sizing, or to request a detailed pricelist.
Complete Product Range
Fiberglass core insulation panels designed for appliance integration, freezers, and cold-storage construction.
Prefinished decorative wall and ceiling panel solutions offering structural strength and low thermal conductivity.
Energy-efficient pre-assembled wall units, designed to minimize construction times and heating requirements.
High-temperature nano microporous panel systems that meet strict elevator shaft fire codes.
Extra-large thermal boards designed to limit seam counts and heat bridge risks in cooling containers.
Thin thermal barriers designed to manage temperatures and contain thermal runaways in electric vehicle battery packs.
High-efficiency wraps that reduce standby energy losses in domestic and commercial boiler systems.
Advanced microporous panels designed for high-stress industrial applications and high-temperature environments.
