Aerogel KSL6

Kistler® KSL6 silica aerogel powder/particle is an inorganic material with a networked, three-dimensional nanopore structure. Its porosity reaches 80-99%, with pore sizes that are concentrated between 10-50nm, and featuring thermal conductivity at room temperature that can be as low as 0.013W/(m.k). The product has broad application prospects in areas including heating, acoustics, mechanics, optics, electricity, and pharmaceuticals.

Aerogel KSL8

Kistler®aerogel KSL8 is made with special process and is composed of silica aerogel, glass fiber, ceramic fiber, mullite fiber, and other inorganic fibers. This product has the dual advantages of low thermal conductivity and high temperature resistance.

Aerogel KSL7

Kistler ® KSL7 is composed of silica aerogel, preoxidized fiber aramid, polyester, and other organic fibers. This series of products has superior thermal insulation and high hydrophobicity, while also maintaining the flexibility of polymer materials. It is applicable in new energy vehicles, household appliances, bullet trains, battery packs and other related areas.

KSL0 aerogel felt

Kistler® KSL0 felt is composed of nano porous silica aerogel and fiber materials via a special process for low-temperature resistant composite thermal insulation. The aluminum foil isolation layer can effectively isolate moisture, prevent low-temperature condensation, and meet the cleanliness requirements for construction.

Aerogel thermal insulation coating

Kistler® aerogel coating is composed of preferred film-forming materials, nano aerogel thermal insulation material, glass beads (or ceramic beads), cellulose, nano inorganic silicon solution, as well as other main and auxiliary materials.

Aerogel battery thermal barrier

Kistler ® aerogel battery thermal barriers are made with the core materials of preoxidized fiber or other types of aerogel composite materials, and have a polymer (PET, PI) film or flame retardant coating as the packaging material. After hot pressing or coating, they have excellent thermal insulation, fireproofing, and cushioning functions. These barriers are mainly used for thermal protection between the lithium battery cells, which can effectively prevent thermal runaway in the cells, and greatly improves the driving safety of new energy vehicles. In case of any thermal runaway in one of the electric cells, the aerogel thermal barrier between the cells can block the heat transfer to the adjacent cells and prevent heat diffusion, thus avoiding the domino effect of thermal runaway in the electric cells of new energy power batteries.

Aerogel fireproof blanket

The Kistler® aerogel fireproof blanket is made with aerogel as the fireproof thermal insulation layer and glass fiber cloth as the surface material. The product has the characteristics of being fireproof, incombustible, with high thermal insulation, strong hydrophobicity, and other advantages. It can be used for the thermal insulation of new energy battery boxes, engine compartments, body floors, and other parts. This product is the standard configuration for electric buses, and it meets the requirements of 4.3.2 Fire retardant and thermal insulation performance of the GB38032-2020 Electric Bus Safety Requirements. It can effectively block the spread of fire caused by battery thermal runaway and extend the escape time for passengers.

Fireproof insulation composite tape

This product can be used outside the power battery module to solve the problem of providing high temperature electrical thermal insulation protection for the battery.