Ultimate fire shielding featuring high thermal resilience and ultra-thin profiles designed specifically for commercial skyscrapers in the Bangkok Metropolitan Area.
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Exceptional thermal barrier performance maintaining critical vaccine and medical supply temperatures against Thailand's extreme tropical ambient heat.
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Engineered structural wall units integrating thermal insulation and fire integrity to optimize indoor space and energy consumption in tropical offices.
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Advanced high-strength core composite structures designed to withstand mechanical stress and high humidity conditions in Southeast Asia's climate.
Send Inquiry NowThe skyline of Bangkok has undergone rapid vertical expansion over the last two decades. High-density structures, such as those in Sukhumvit, Sathorn, and the Bang Sue Grand Station Transit District, demand strict structural safety protocols. According to the Thailand Building Control Act and Ministerial Regulations, modern projects must satisfy stringent fire separation requirements. Passive Fire Protection (PFP) acts as a primary safeguard, preventing structural collapse and restricting toxic gases from spreading through elevator shafts, floor voids, and building envelopes.
Globally, the fire protection industry is shifting from traditional heavy gypsum and mineral wool compositions to advanced nano-microporous matrices and vacuum insulation panel systems. The driving force is clear: maximizing floor area while maintaining extreme thermal insulation (low thermal conductivity, $\lambda \le 0.004 \text{ W/(m}\cdot\text{K)}$) and fire containment ratings (up to Class A non-combustibility standards).
By implementing fumed silica cores and microporous vacuum structures, building developers in Thailand can satisfy both the Department of Alternative Energy Development and Efficiency (DEDE) standards and structural safety metrics, minimizing the urban heat island effect within Bangkok's commercial districts.
Bangkok's ambient temperature consistently averages between 30°C and 38°C with high relative humidity. Under these environments, traditional insulating materials degrade rapidly, losing their physical structure and fire-resistive properties over time. This makes moisture-resistant and gas-barrier-protected vacuum insulation panels (VIPs) an optimal technology. VIPs provide both outstanding energy conservation for HVAC systems and passive fire containment without moisture retention risks.
Implementing VIPs and nano-microporous layers in structural boundaries reduces structural thickness by up to 80% compared to traditional fire boards, yielding vital real estate space and reducing structural dead-loads in Bangkok's soft clay foundations.
Ensuring ultra-low temperature maintenance for life sciences, vaccines, and biologics throughout the EEC corridor via vacuum insulated shippers and containers.
Protecting high-rise building envelopes and elevator shafts with thin-profile, non-combustible panels that optimize floor-plate space and energy ratings.
Shielding critical power infrastructure and processing machinery in industrial zones around Bangkok, preventing thermal runaway and gas combustion.
Integrating non-toxic, eco-friendly fire barriers in tourist attractions, premium resorts, and high-occupancy transit hubs to meet international life-safety standards.
Zerothermo Technology Co., Ltd., a subsidiary of CBVAC Group and a national high-tech enterprise, operates one of China's largest comprehensive production facilities for advanced vacuum insulation. Located in Nanchong City, Sichuan Province, with headquarters in Beijing, our factory leverages massive automation and proprietary gas-evacuation technologies to deliver fire-rated materials at competitive global price points.
By centralizing core processes—from nano-fumed silica compression to high-barrier foil encapsulation and vacuum extraction—we resolve the quality-control variations that plague field-applied fire materials. Our high-efficiency manufacturing translates directly to cost advantages for Bangkok real estate developers and industrial buyers seeking large-scale supplies.
We pride ourselves on offering a systemized approach to passive fire isolation. Our solutions conform to global standards including ASTM, EN, and BS fire codes.
Specialized thicknesses and non-standard geometries engineered according to precise construction drawings.
Square, round, micro-sized, or extra-large panels customized for complex equipment geometries.
Materials subjected to strict gas-chromatography mass spectrometry and thermal degradation analyses.
Retrofitting structural elevator shaft walls with ultra-thin microporous panels to comply with newly enacted transit safety requirements.
Implementing high-temperature thermal barriers inside industrial gas turbine hulls to maintain structural integrity and control risk zones.
Providing eco-friendly, non-combustible vacuum walls to achieve green building certifications and guarantee safe structural evacuation corridors.
Mass integration of vacuum insulated shipper boxes ensuring safe logistics of critical vaccines in tropical conditions.
Procuring passive fire materials for Southeast Asian markets demands close attention to third-party certifications and performance longevity. International contractors and engineering consultants specify strict criteria to prevent material failure during thermal events:
At Zerothermo, our technical department collaborates directly with design firms to supply customized shapes, structural layout reviews, and specialized installation guidelines that keep your projects compliant and on schedule.
Advanced thin-profile protection designed to prevent thermal runaway propagation in next-generation electric vehicle battery packs.
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Moisture-resistant thermal barriers engineered for steam pipes and industrial processing machinery in high-humidity zones.
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Engineered core boards providing multi-hour integrity ratings for modern elevator shafts and hoistway entry assemblies.
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Custom curved and cut-out panel formats designed to wrap around pipes, columns, and irregular structural geometry.
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Flexible thermal insulation mats tailored for high-temperature ducts and piping systems in processing plants.
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Optimal structural panels delivering superior energy efficiency and fire barrier properties within modern green buildings.
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Designed for insulated shipping boxes to maintain precise sub-zero thermal stability over extended durations.
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Large-format fumed silica panels optimized for cold rooms, commercial warehouse envelopes, and transport containers.
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Whether specifying for a new high-rise development in Bangkok or requesting bulk container pricing for industrial zones, our technical engineers are ready to assist.
