Explore our premium product line manufactured to optimize thermal efficiency and minimize environmental footprint.
In modern industrial design, thermal containment has progressed from basic polystyrene-based barriers to advanced, nano-porous vacuum structures. At the center of this revolution is the **Vacuum Insulation Panel (VIP)**. Utilizing a core of fumed silica or micro-fine fiberglass wrapped in an airtight barrier, VIPs achieve a thermal conductivity (λ) value down to 0.004 W/(m·K), which is up to ten times more efficient than traditional insulation materials of equivalent thickness.
Our engineering division remains committed to pushing the boundaries of thermal performance. The future development of custom cladding systems centers around several critical technical pillars:
Zerothermo Technology Co., Ltd., a subsidiary of the prestigious CBVAC Group, is a national high-tech enterprise. Headquartered in the Beijing Economic-Technological Development Area, our primary production base is located in Nanchong City, Sichuan Province. This specialized facility stands as one of China’s largest and most advanced comprehensive production centers for vacuum technology and high-performance thermal insulation application products.
By leveraging CBVAC's decades of experience in precision vacuum engineering, we design custom components that satisfy complex structural designs, including custom flanges and bespoke metal cladding joints.
Stringent internal QC and zero-defect target protocols aligned with international frameworks.
Custom panels, flexible nano insulation blankets, and custom envelopes engineered to specifications.
Advanced manufacturing infrastructure enables rapid fulfillment of large industrial orders.
Reliable logistics networks ensure timely and damage-free delivery to construction sites worldwide.
Ongoing technical support, lifecycle calculations, and insulation performance optimization.
Providing high-efficiency thermal insulation solutions through innovative products such as vacuum insulation panels and vacuum insulated glass, enabling sectors to optimize thermal efficiency and reduce energy footprints.
Our Nanchong manufacturing facility utilizes Industry 4.0 production practices to deliver consistent performance and cost-efficiencies. Automated manufacturing lines minimize manual contact with delicate core materials, maintaining uniform core density and precise edge dimensions. Every panel undergoes automated helium leak detection and thermal imaging diagnostics to verify long-term performance stability before shipment.
Through robust raw material sourcing (including partnerships with leading fumed silica suppliers) and advanced vacuum sealing systems, we reduce structural variances, allowing us to supply large-scale commercial developments with short lead times and consistent product quality.
We supply specialized VIP formats and microporous blankets configured for high-temperature and space-constrained architectural applications.
Custom dimensions, thickness ranging from 5-15mm. Optimizes cell protection in thermal runaway scenarios.
Designed for space-constrained boilers and commercial water heaters with high operating temperatures.
High-performance nano materials engineered for rapid heat shield installations in commercial properties.
Configured with cut-outs, complex angles, and contours to fit architectural curves without loss of vacuum.
Highly flexible matrices designed for pipe installations, valves, and cylindrical process vessels.
Featuring enhanced barrier films for long-term envelope reliability in construction.
Optimized for last-mile clinical delivery packages and reusable vaccine transportation cases.
Extra-large architectural core configurations designed to reduce structural joints and thermal bridging.
Explore our recent thermal engineering installations across municipal, educational, and technological sectors.
Global procurement teams must balance thermal performance goals against target budget configurations. When comparing price list options, it is important to evaluate the total life cycle value. While custom vacuum insulation panels require a higher initial investment compared to standard polyurethane board or mineral wool cladding, they provide significant long-term energy savings, optimize internal usable square footage, and enhance building value.
Factors influencing final customized project pricing include core formulation choices, required density specifications, outer barrier film selections, total volume requirements, and specialized sizing requests. Our engineering group delivers optimized quotes to match project target costs without sacrificing structural integrity.
Working within international construction frameworks, our engineering products comply with worldwide verification protocols. From the initial layout planning to installation phases, we supply full technical data sheets, thermal performance warranties, and local compliance support, ensuring smooth approvals from building inspectors and regulatory authorities.
Expert clarifications regarding Vacuum Insulation Panels (VIPs), thermal engineering, and procurement.
Our standard fumed silica vacuum insulation panels are designed to maintain vacuum stability and thermal performance for over 50 years under standard building conditions, due to advanced getters and high-barrier laminates.
No. Because VIP panels rely on a factory-sealed vacuum chamber, any cutting, drilling, or significant impact on-site will compromise the vacuum, reducing efficiency to that of conventional insulation. Exact dimensions must be pre-planned and custom-ordered.
Fumed silica cores have a smaller pore structure (approx. 10-100 nm), allowing them to maintain excellent thermal resistance (λ ≤ 0.005 W/mK) at higher vacuum pressures. They are also non-combustible and environmentally friendly. Fiberglass core VIPs offer high initial insulation values but are more sensitive to vacuum decay.
They are typically integrated into engineered cladding systems using mechanical anchor systems or structural adhesives that isolate the panels from point loading. We supply custom layout plans to prevent puncture risks.
Our facility runs under ISO 9001 and ISO 14001, and our products carry CE markings, REACH/RoHS compliance certifications, and have undergone testing for ASTM E84 fire ratings.
We recommend staggered double-layer panel configurations or incorporating thin EPS/PU foam gaskets along joint seams to reduce micro-thermal bridging.
Standard lead time for customized dimensions ranges from 3 to 5 weeks, depending on final order size and complex geometric features. Standard-sized stock panels can be dispatched faster.
Yes. For high-temperature industrial use (such as pipework or elevator doors), we offer specialized microporous nano-materials that operate continuously in environments exceeding 600°C.
Connect with our technical design team for insulation specifications, pricing schedules, or to request custom structural quotes.
Select from our high-performance vacuum panels and microporous systems designed for a wide range of industrial applications.
