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Microporous Insulation Board


Nano Fumed Silica · Fire Resistant · Low Thermal Conductivity

Vermiculite Board


Fireproof · Heat insulation · Eco-Friendly · Versatile

Battery Thermal Insulation Pad


Leveraging deep expertise in nano-microporous high-temperature insulation technology, we have expanded into the rapidly growing EV and energy storage markets. In 2025, we introduced our latest generation of microporous thermal insulation pads, specifically engineered for electric vehicle batteries and energy storage systems.

Energy Storage Thermal Insulation Pad


Leveraging our deep expertise in nano-microporous high-temperature insulation technology, we have successfully expanded into the rapidly growing EV and energy storage markets. In 2025, we launched a new generation of Microporous Thermal Insulation Panels, specifically designed for energy storage systems (ESS).

Microporous Insulation Board SH400


Sanhe’s core product, the low-dimensional nano insulation board,also named Microporous Insulation Board , is an ideal alternative to traditional insulation materials such as calcium silicate boards and ceramic fiber blankets.

Microporous Insulation Board SH550


Sanhe’s core product, the low-dimensional nano insulation board,also named Microporous Insulation Board , is an ideal alternative to traditional insulation materials such as calcium silicate boards and ceramic fiber blankets. Under high-temperature conditions, it delivers nearly five times better thermal insulation performance, significantly reducing construction costs for customers. Its outstanding insulating capability provides strong competitive advantages in the market.

Microporous Insulation Board SH950


Sanhe low-dimensional nano microporous insulation board adopts fumed silica, featuring fire resistance & ultra-low thermal conductivity. Outperforming calcium silicate and ceramic fiber products at high temps, it cuts construction costs with strong market competitiveness.

Microporous Insulation Board SH1150


Sanhe’s core product, the low-dimensional nano insulation board,also named Microporous Insulation Board , is an ideal alternative to traditional insulation materials such as calcium silicate boards and ceramic fiber blankets.

Vermiculite Board SHV450


Vermiculite bricks are lightweight insulating products made primarily from natural expanded vermiculite, combined with inorganic binders such as cement, sodium silicate (water glass), and asphalt. They are formed under light pressure and then dried or heat-cured into rigid brick shapes.

Vermiculite Board SHV750


Vermiculite Board VB650 is a high-performance, ceramic-enhanced insulation material known for its excellent thermal stability at elevated temperatures. Commonly referred to as a vermiculite insulation board or ceramic vermiculite thermal barrier board, it is manufactured using a composite formulation of ceramic powders and reinforcing fibers, sintered at high temperatures.

Vermiculite Board SHV1200


Vermiculite is a naturally occurring hydrated magnesium-aluminum silicate mineral with a layered structure. When expanded at high temperatures, it forms a porous, honeycomb-like structure with excellent thermal insulation properties and chemical stability.

Ceramic Fiber Board


Ceramic fiber board is manufactured from high-quality ceramic fiber wool using a vacuum forming process. It is designed for applications requiring enhanced rigidity and structural strength. Based on specific application needs, Sanhe offers a range of grades, including general purpose, standard, high-purity, and zirconia-containing ceramic fiber boards with different classification temperatures.

Calcium Silicate Board SHC270


CS270 calcium silicate board, commonly referred to in industrial applications as rigid calcium silicate board, is a high-performance insulation material manufactured from siliceous materials and inorganic binders.

Calcium Silicate Board SHC230


High-temperature calcium silicate board SHCS230 is a lightweight, high-strength insulation material made from inorganic mineral fibers, calcium hydroxide, quartz sand, and other raw materials. It is manufactured through pulping and forming processes, followed by accelerated curing under high-pressure saturated steam.

Magnesium Hydroxide Board


Manufactured with natural brucite (Brucite, Mg(OH)₂) as its core raw material, the Magnesium Hydroxide Insulation Board integrates a scientifically formulated blend with a specialized production process, combining various inorganic materials.
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1. What kind of insulation products are you planning to have?
2. What product details do you need? For example, size, quantity, using temperature, etc.
3. What industry of solution will meet your demand? 

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