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Microporous materials from Vactherm offer great benefits and are the ideal combination of thermal insulation and fire protection. When properly installed in accordance with our guidelines and used for the right application temperature, our microporous fire protection materials remain stable and don`t degrade over time, even when exposed to vibration or humidity. Moreover, our thin and lightweight materials are easy to ship, store, handle and install, which makes them the material of choice for installers. Because of their exceptional performance level and compact and light-weight format, our microporous materials are mostly used for fire protection in lift doors, as well as applications in marine, aerospace and rail
Vacuum Insulation Panels (VIPs) are generally composed by silica powder, a core material of polyurthane foams or glass/mineral fibres, and a sealed barrier envelope in which a certain vacuum degree (generally between 0.1 and 10 mbar) is created. One of the most common materials used as VIPs core is represented by nanoporous silica materials. This family of materials includes fumed silica, precipitated silica and granular aerogel. Fumed Silica (FS) has his largest pore size of ~ 300 nm that is...
Vacuum Insulation Panels (VIPs) are generally composed by silica powder, a core material of polyurthane foams or glass/mineral fibres, and a sealed barrier envelope in which a certain vacuum degree (generally between 0.1 and 10 mbar) is created. One of the most common materials used as VIPs core is represented by nanoporous silica materials. This family of materials includes fumed silica, precipitated silica and granular aerogel. Fumed Silica (FS) has his largest pore size of ~ 300 nm that is...
Ecotherm consists of K 1000 microporous panels can endure high temperature up to 1100℃ with super low thermal conductivity, linear shrinkage, good flexure strength and low density. K 1000 family includes K 1100, K 1000-pro, K 1000 and beyond. To customer’s requirement and application, we offer various options. Microporous high temperature insulation is based on separation technology. This involves small particles of dispersed silica creating micro-pores with diameters of less than 2nm...
Ecotherm consists of K 1000 microporous panels can endure high temperature up to 1100℃ with super low thermal conductivity, linear shrinkage, good flexure strength and low density. K 1000 family includes K 1100, K 1000-pro, K 1000 and beyond. To customer’s requirement and application, we offer various options. Microporous high temperature insulation is based on separation technology. This involves small particles of dispersed silica creating micro-pores with diameters of less than 2nm...
Ecotherm consists of K 1000 microporous panels can endure high temperature up to 1100℃ with super low thermal conductivity, linear shrinkage, good flexure strength and low density. K 1000 family includes K 1100, K 1000-pro, K 1000 and beyond. To customer’s requirement and application, we offer various options. Microporous high temperature insulation is based on separation technology. This involves small particles of dispersed silica creating micro-pores with diameters of less than 2nm...
Ecotherm consists of K 1000 microporous panels can endure high temperature up to 1100℃ with super low thermal conductivity, linear shrinkage, good flexure strength and low density. K 1000 family includes K 1100, K 1000-pro, K 1000 and beyond. To customer’s requirement and application, we offer various options. Microporous high temperature insulation is based on separation technology. This involves small particles of dispersed silica creating micro-pores with diameters of less than 2nm...
Ecotherm consists of K 1000 microporous panels can endure high temperature up to 1100℃ with super low thermal conductivity, linear shrinkage, good flexure strength and low density. K 1000 family includes K 1100, K 1000-pro, K 1000 and beyond. To customer’s requirement and application, we offer various options. Microporous high temperature insulation is based on separation technology. This involves small particles of dispersed silica creating micro-pores with diameters of less than 2nm...
Ecotherm consists of K 1000 microporous panels can endure high temperature up to 1100℃ with super low thermal conductivity, linear shrinkage, good flexure strength and low density. K 1000 family includes K 1100, K 1000-pro, K 1000 and beyond. To customer’s requirement and application, we offer various options. Microporous high temperature insulation is based on separation technology. This involves small particles of dispersed silica creating micro-pores with diameters of less than 2nm...
Ecotherm consists of K 1000 microporous panels can endure high temperature up to 1100℃ with super low thermal conductivity, linear shrinkage, good flexure strength and low density. K 1000 family includes K 1100, K 1000-pro, K 1000 and beyond. To customer’s requirement and application, we offer various options. Microporous high temperature insulation is based on separation technology. This involves small particles of dispersed silica creating micro-pores with diameters of less than 2nm...
Ecotherm consists of K 1000 microporous panels can endure high temperature up to 1100℃ with super low thermal conductivity, linear shrinkage, good flexure strength and low density. K 1000 family includes K 1100, K 1000-pro, K 1000 and beyond. To customer’s requirement and application, we offer various options. Microporous high temperature insulation is based on separation technology. This involves small particles of dispersed silica creating micro-pores with diameters of less than 2nm...
Ecotherm consists of K 1000 microporous panels can endure high temperature up to 1100℃ with super low thermal conductivity, linear shrinkage, good flexure strength and low density. K 1000 family includes K 1100, K 1000-pro, K 1000 and beyond. To customer’s requirement and application, we offer various options. Microporous high temperature insulation is based on separation technology. This involves small particles of dispersed silica creating micro-pores with diameters of less than 2nm...
Ecotherm consists of K 1000 microporous panels can endure high temperature up to 1100℃ with super low thermal conductivity, linear shrinkage, good flexure strength and low density. K 1000 family includes K 1100, K 1000-pro, K 1000 and beyond. To customer’s requirement and application, we offer various options. Microporous high temperature insulation is based on separation technology. This involves small particles of dispersed silica creating micro-pores with diameters of less than 2nm...
Ecotherm consists of K 1000 microporous panels can endure high temperature up to 1100℃ with super low thermal conductivity, linear shrinkage, good flexure strength and low density. K 1000 family includes K 1100, K 1000-pro, K 1000 and beyond. To customer’s requirement and application, we offer various options. Microporous high temperature insulation is based on separation technology. This involves small particles of dispersed silica creating micro-pores with diameters of less than 2nm...
Ecotherm consists of K 1000 microporous panels can endure high temperature up to 1100℃ with super low thermal conductivity, linear shrinkage, good flexure strength and low density. K 1000 family includes K 1100, K 1000-pro, K 1000 and beyond. To customer’s requirement and application, we offer various options. Microporous high temperature insulation is based on separation technology. This involves small particles of dispersed silica creating micro-pores with diameters of less than 2nm...
Microporous insulation is silica based material in the form of compacted powder or fibers with an average interconnecting pore size comparable to or below the mean free path of air molecules at standard atmospheric pressure. Microporous insulation may contain opacifiers to reduce the amount of radiant heat transmitted. This composition results in a material with exceptionally low thermal conductivity (lower than dormant air). Each board is individually encapsulated in polyethylene foil to make...
Microporous insulation is silica based material in the form of compacted powder or fibers with an average interconnecting pore size comparable to or below the mean free path of air molecules at standard atmospheric pressure. Microporous insulation may contain opacifiers to reduce the amount of radiant heat transmitted. This composition results in a material with exceptionally low thermal conductivity (lower than dormant air). Each board is individually encapsulated in polyethylene foil to make...
Vactherm VIP is an evacuated insulation panel with very low thermal conductivity. The core of the panel consists of a amorphous silicon dioxide powder and a inorganic opacifier, coated with a polyester fleece as dust shield and is sealed under vacuum into a metallized high barrier foil. The high barrier foil is covered on the exterior with a black protection fleece Specification • Surface color: Grey • Core materials: Silicon dioxide powder, inorganic opacifier, fiber • Weight per area: ca. 180...
Vactherm VIP is an evacuated insulation panel with very low thermal conductivity. The core of the panel consists of a amorphous silicon dioxide powder and a inorganic opacifier, coated with a polyester fleece as dust shield and is sealed under vacuum into a metallized high barrier foil. The high barrier foil is covered on the exterior with a black protection fleece Specification • Surface color: Grey • Core materials: Silicon dioxide powder, inorganic opacifier, fiber • Weight per area: ca. 180...
Vactherm VIP is an evacuated insulation panel with very low thermal conductivity. The core of the panel consists of a amorphous silicon dioxide powder and a inorganic opacifier, coated with a polyester fleece as dust shield and is sealed under vacuum into a metallized high barrier foil. The high barrier foil is covered on the exterior with a black protection fleece Specification • Surface color: Grey • Core materials: Silicon dioxide powder, inorganic opacifier, fiber • Weight per area: ca. 180...
Vactherm VIP is an evacuated insulation panel with very low thermal conductivity. The core of the panel consists of a amorphous silicon dioxide powder and a inorganic opacifier, coated with a polyester fleece as dust shield and is sealed under vacuum into a metallized high barrier foil. The high barrier foil is covered on the exterior with a black protection fleece Specification • Surface color: Grey • Core materials: Silicon dioxide powder, inorganic opacifier, fiber • Weight per area: ca. 180...
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Privacy statement: Your privacy is very important to Us. Our company promises not to disclose your personal information to any external company with out your explicit permission.