Engineered to withstand extreme thermal stresses, our advanced vacuum and nano-microporous insulation panels meet the rigid structural safety demands of modern Malaysian commercial and infrastructure developments.
Malaysia's industrial sector is undergoing a rapid modernization phase, driven by the expansion of petrochemical infrastructure, high-density residential projects, and the establishment of world-class data centers. Under the Uniform Building By-Laws (UBBL) 1984 (specifically Parts VII & VIII), passive fire protection (PFP) is no longer a secondary structural element but a primary defense mechanism. Compliance with fire resistance ratings (ranging from 1 to 4 hours) is strictly enforced by the Fire and Rescue Department of Malaysia (Jabatan Bomba dan Penyelamat Malaysia).
Furthermore, Malaysia's unique tropical climate introduces severe operational challenges: sustained high ambient temperatures and high relative humidity. Conventional mineral-based or cellular insulation systems are highly susceptible to moisture ingress, which leads to **Corrosion Under Insulation (CUI)** and a rapid decline in thermal resistance. Advanced vacuum insulation technology, such as our Fumed Silica Vacuum Insulation Panels (VIPs), utilizes hermetically sealed gas-barrier envelopes. This prevents humidity-driven degradation, ensuring consistent $R$-value ratings and fire resistance over decades of deployment.
From the Sedenak Tech Park in Johor to the semiconductor clusters in Bayan Lepas, Penang, thermal efficiency and space optimization have become critical success factors. Modern data centers require rigorous power usage effectiveness (PUE) ratios. Standard wall insulations require significant wall thickness to achieve required values, taking up rentable floor area. By integrating Vacuum Insulation Panels with thermal conductivities below $0.005\text{ W/m}\cdot\text{K}$, builders can achieve thermal performance up to ten times higher than conventional glass fiber blankets, within a fraction of the space, while maintaining Class A fire ratings.
Global Engineering, Procurement, and Construction (EPC) contractors in Southeast Asia are increasingly moving towards integrated supply chains. Traditional local sourcing in Malaysia often faces capacity bottlenecks and limited testing resources for next-gen materials. Sourcing high-performance insulation from tier-one factories that have integrated China Industry 4.0 automation allows developers to lower cost bases while accessing premium, internationally certified (EN, ASTM, UL) structural components.
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 comprehensive production centers for vacuum technology application products.
Through our parent company CBVAC's extensive vacuum R&D foundation, we deliver advanced non-standard flanges, shaped vacuum assemblies, and high-performance thermal insulation panels. Our processes combine automated robotics with rigorous inspection methods, ensuring every panel shipped to Port Klang or Penang meets global performance standards.
How Zerothermo Technology sets the industry benchmark for high-performance vacuum insulation and structural safety.
Each insulation panel undergoes a rigorous vacuum retention check and thermal conductivity test before packaging, exceeding global ISO 9001 and EN 13165 specifications.
Our engineering division supports custom CAD sizing, customized edge banding, shaped openings, and complex surface geometries to accommodate unique architectural demands.
Integrated manufacturing bases in Nanchong optimize unit costs, reduce structural processing errors, and scale output rapidly to support large-scale infrastructure projects.
Strategic export routes via Port of Shanghai or Port of Shenzhen ensure cost-efficient sea transport directly to Port Klang, Penang, and East Malaysian hubs.
Engineered to meet specific performance profiles, geometric tolerances, and chemical-resistance requirements.
Ultra-thin microporous panels designed to prevent thermal runaway in EV lithium pack designs. Thickness ranges from 5mm upwards.
Flexible, robust jackets that minimize heat dissipation losses, optimized for domestic and industrial boiler tanks.
Certified elevator fire door core solutions designed to limit heat transfer during structural emergencies.
Non-flat or contoured geometry vacuum insulation panels customized to fit complex storage vessel curves.
Circular, high-temperature thermal barriers designed for industrial pipes, chemical reactors, and exhaust systems.
Protected with a protective PET composite shell to prevent physical puncture during transit and building site installation.
Engineered for long-haul global vaccine shipping, high-value biopharmaceutical boxes, and extreme environmental exposure.
Oversized vacuum panel assemblies to minimize structural thermal bridging joints in large cold storage developments.
Deploying state-of-the-art materials in critical industrial and urban hubs across Malaysia.
Ensuring complete product safety across local distribution routes from Selangor storage depots to regional medical clinics throughout East & West Malaysia.
Enabling local developers to achieve high LEED and Green Building Index (GBI) ratings in Kuala Lumpur by reducing HVAC cooling load energy consumption.
Providing high-efficiency isolation linings for furnace units and thermal process piping in major steel works and industrial plants across Johor and Selangor.
Innovative insulated building envelops for structural thermal stability and fire safety in public exhibition spaces, premium hotels, and entertainment complexes.
A demonstration of high-performance thermal insulation installations across multiple building types and transport operations.
Precision thermal wall shielding implemented to stabilize internal microclimates and ensure fire barrier segregation inside semiconductor manufacturing spaces.
PFP insulation and elevator door components integrated to guarantee containment and prevent stack-effect smoke and thermal propagation.
Large-scale integration of vacuum insulation decoration wall panels ensuring low heat transfer and structural safety.
High-performance VIP insulated cold boxes engineered to maintain vaccine stability across remote rural clinics in Sabah and Sarawak.
Explore our full line of specialized fumed silica cores, water heater blankets, and composite wall panels engineered to prevent thermal transfer and mitigate fire hazards.
Get expert answers regarding material standards, compliance in Malaysia, and manufacturing customization.
Our VIPs utilize a fumed silica core, which is inherently non-combustible and can withstand temperatures exceeding 1000°C. When enclosed in barrier foils, the core prevents heat transmission, helping structural elements retain their integrity and limiting thermal conduction through firedoors and elevator shafts during emergencies.
Yes. Our insulation solutions are designed and tested to comply with international fire resistance testing requirements (such as BS 476, EN 1363, and ASTM E119), which form the technical framework for BOMBA product certification and structural approval under Malaysia's UBBL.
Fumed silica has a smaller pore structure (nanometer scale) compared to micro-fiberglass. Even if the vacuum barrier envelope experiences a micro-puncture, the thermal conductivity of a fumed silica panel only rises to around 0.020 W/m·K, whereas a fiberglass core VIP will degrade immediately to 0.040 W/m·K or worse. Fumed silica also exhibits superior resistance to moisture absorption, preventing decay in humid environments.
For standard specifications, production is completed within 14–21 days. Shipping from Shanghai or Shenzhen port to Port Klang or Penang Port takes approximately 7–10 days. Total turnaround time from order confirmation to arrival in Malaysia is usually under 35 days.
Contact our structural engineering team today to receive CAD layouts, ASTM test logs, or customized project pricing.
Whether you are designing a cold chain facility in Selangor or a commercial tower in Kuala Lumpur, our engineering department will help you optimize your insulation design.
