Jiaxing Enshu New Materials-Aerogel Thermal Insulation Material_Battery Fire and Thermal Insulation_New Building Energy Saving Material Manufacturer

General situation of enterprises

Jiaxing Enshu New Materials Technology Co., Ltd.(hereinafter referred to as "Enshu New Materials") is a high-tech enterprise focusing on the research and development, production and industrial application of new barrier protective materials. The core focuses on the research and development and manufacturing of aerogel-based functional materials (such as aerogel insulation felt, coatings, battery insulation sheets, transparent insulation films, etc.) and low-carbon energy-saving building materials. Relying on the scientific research resources of Zhejiang University's Yangtze River Delta Smart Oasis Innovation Center, the company deeply integrates the "industry-university-research-application" collaborative innovation model, and is committed to providing high-performance, low-cost, green environmental protection for new energy, building energy conservation, petrochemicals, national defense and military industry and other fields. The barrier protection solution is a key industrial platform to promote the transition of aerogel materials from the laboratory to large-scale application.

Core positioning and business direction

With the mission of "technology empowers energy conservation and materials protects safety", Enshu New Materials focuses on the following four business directions around the national "double carbon" strategy and high-end manufacturing needs:

1. New energy field:

Provide power battery packs (such as new energy vehicles and energy storage batteries) with high thermal conductivity (≤0.018 W/(m·K)), fire prevention and thermal insulation (temperature resistance of 650-1000℃) aerogel insulation sheets to solve battery thermal runaway safety issues; simultaneously develop thermal insulation materials for photovoltaic photothermal systems to improve energy efficiency.

2. Building energy conservation field:

Launched aerogel insulation felt (applicable at 650-1000℃), transparent aerogel glass (visible light transmittance>97%, thermal conductivity <0.014 W/(m·K)) and energy-saving coatings, which are applied to building exterior walls, Windows, curtain walls, roof insulation and other scenarios to help reduce building energy consumption (target penetration rate of 0.5% corresponds to a market size of 2.86 billion yuan in 2026).

3. Petrochemical field:

In response to the thermal insulation needs of high-temperature pipelines, oil storage tanks and other equipment, we have developed high-temperature (800-1200℃) and corrosion-resistant aerogel composite felt/board to replace traditional rock wool and aluminum silicate materials to solve the problem of poor high temperature thermal stability (breaking through the 1200℃ limit) and easy shrinkage and cracking industry pain points.

4. Defense and high-end equipment:

Develop lightweight, high-strength, flame-retardant aerogel protective materials (such as pre-oxidized silk/glass fiber reinforced composites) for applications in aerospace vehicle insulation layers, armored vehicle fire protection layers, military equipment stealth protection and other scenarios to meet extreme environments. Safety needs.

Technological advantages and innovative strength

The core competitiveness of Enshu New Materials stems from the R & D team composed of high-level scientific research talents at the national, provincial and ministerial levels in Zhejiang Province, leading the scientific research team (national/provincial and ministerial talents, researchers of the 100-person program, postdoctoral and senior engineering technicians) and independent controllable key technologies. Currently, the company has the ability to self-research the entire chain from formula development, performance testing to process amplification.

Low-cost production technology

Through silicon source precursor substitution, drying process optimization (saving equipment investment by more than 80%/set), continuous automatic production line design, the comprehensive cost of aerogel is reduced by more than 30%, and the product performance (such as thermal conductivity ≤0.022 W/(m·K)) core performance indicators are compared with similar imported overseas products.
High-temperature thermal stabilization technology

Breaking through the technical bottleneck of easy sintering and skeleton collapse of aerogel above 300℃, the aerobic temperature resistance of the material is greatly improved to 1200℃ through the stabilization design of nanoporous skeleton and interface anti-sintering treatment, so as to solve the common pain point of aerogel material industry under high temperature condition.
$Through particle size control, pore network design and interface refractive index matching, transparent aerogel glass with visible light transmittance>97% and controllable haze has been developed, which can replace traditional architectural glass, has heat insulation (energy saving 30%+) and lighting functions, and is suitable for high-end scenes such as new energy automobile skyline and spacecraft observation window.$

High transparency functionalization technology

Through particle size control, pore network design and interface refractive index matching, transparent aerogel glass with visible light transmittance>97% and controllable haze has been developed, which can replace traditional architectural glass, has heat insulation (energy saving 30%+) and lighting functions, and is suitable for high-end scenes such as new energy automobile skyline and spacecraft observation window.

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CONTACT

Tel: 18969328072 (Ms. Liu)
Email：info@hanshukj.com
Address: Zhejiang University Yangtze River Delta Smart Oasis Innovation Center, Jiashan County, Jiaxing City, Zhejiang Province (Shuhui Yunxiang Park)

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