TH TripleFlex
Since June 2025, our officially patented TH Triple Flex has been specifically developed to efficiently insulate pipelines and complex components. The innovative sandwich structure with microporous high‑performance material combines maximum flexibility with exceptional thermal insulation – even at extreme temperatures. Thanks to its high adaptability, TH Triple Flex can be processed quickly and easily without losing stability or insulation performance.
Why TH Triple Flex?
- Extremely flexible – ideal for wrapping pipes
- High‑temperature resistant through microporous technology
- Lightweight, efficient, and space‑saving
- Designed for professional & industrial applications
TH TripleFlex is non-flammable and meets the requirements of DIN 4102 for fire class A1.
TH TripleFlex
Since June 2025, our officially patented TH Triple Flex has been specifically developed to efficiently insulate pipelines and complex components. The innovative sandwich structure with microporous high‑performance material combines maximum flexibility with exceptional thermal insulation – even at extreme temperatures. Thanks to its high adaptability, TH Triple Flex can be processed quickly and easily without losing stability or insulation performance.
Why TH Triple Flex?
- Extremely flexible – ideal for wrapping pipes
- High‑temperature resistant through microporous technology
- Lightweight, efficient, and space‑saving
- Designed for professional & industrial applications
TH TripleFlex is non-flammable and meets the requirements of DIN 4102 for fire class A1.
TH 1000+ /
TH 950+
TH 1000+ / TH 950+ is a microporous thermal insulation material with extremely low thermal conductivity, which has very good insulation capacity. TH 1000+ / TH 950+ consists of inorganic and silicate substances. The main component is fumed silica. Other components are opacifiers to minimize infrared radiation, and reinforcing glass filaments.
TH 1000+ / TH 950+ is non-flammable and meets the requirements of DIN 4102 for fire class A1.
TH 1000+ / TH 950+
TH 1000+ / TH 950+ is a thermal microporous insulation component with extremely low thermal conductivity, which has very good insulation capacity. TH 1000+ / TH 950+ consists of inorganic and silicate substances. The main component is fumed silica. Other components are opacifiers to minimize infrared radiation, and reinforcing glass filaments.
TH 1000+ / TH 950+ is non-flammable and meets the requirements of DIN 4102 for fire class A1.
TH Profil K+
TH Profil K+ is a microporous thermal insulation material with extremely low thermal conductivity, which has very good insulation capacity. TH Profil K+ consists of inorganic and silicate substances. The main component is fumed silica. Other components are opacifiers to minimize infrared radiation, and reinforcing glass filaments. Our special manufacturing process allows us to produce highly effective insulation in very complex shapes, even for the smallest spaces. These insulations are suitable for operating temperatures up to 1100°C after coating.
TH Profil K+ is non-flammable and meets the requirements of DIN 4102 for fire class A1.
TH Profil K+
TH Profil K+ is a thermal microporous insulation component with extremely low thermal conductivity, which has very good insulation capacity. TH Profil K+ consists of inorganic and silicate substances. The main component is fumed silica. Other components are opacifiers to minimize infrared radiation, and reinforcing glass filaments. Our special manufacturing process allows us to produce highly effective insulation in very complex shapes, even for the smallest spaces. These insulations are suitable for operating temperatures up to 1100°C after coating.
TH Profil K+ is non-flammable and meets the requirements of DIN 4102 for fire class A1.
TH 3D+
TH 3D+ is a microporous thermal insulation material with extremely low thermal conductivity, which has very good insulation capacity. TH 3D+ consists of inorganic and silicate substances. The main component is fumed silica. Other components are opacifiers to minimize infrared radiation, and reinforcing glass filaments.
TH 3D+ is non-flammable and meets the requirements of DIN 4102 for fire class A1.
TH 3D+
TH 3D+ is a thermal microporous insulation component with extremely low thermal conductivity, which has very good insulation capacity. TH 3D+ consists of inorganic and silicate substances. The main component is fumed silica. Other components are opacifiers to minimize infrared radiation, and reinforcing glass filaments.
TH 3D+ is non-flammable and meets the requirements of DIN 4102 for fire class A1.
TH Pipe
TH Pipe is a microporous thermal insulation material with extremely low thermal conductivity, which has very good insulation capacity. TH Pipe consists of inorganic and silicate substances. The main component is fumed silica. Other components are opacifiers to minimize infrared radiation, and reinforcing glass filaments. Thanks to our pipe-connection-system, developed specifically for the industry, our insulation is usable for any kind of industrial pipes with almost no temperature loss. The outer skin of TH Pipe can be manufactured in stainless steel, aluminum, aluminum foil, aluminum fabric, glass fleece and woven fabric according to costumer requirements.
TH Pipe is non-flammable and meets the requirements of DIN 4102 for fire class A1.
TH Pipe
TH Pipe is a thermal microporous insulation component with extremely low thermal conductivity, which has very good insulation capacity. TH Pipe consists of inorganic and silicate substances. The main component is fumed silica. Other components are opacifiers to minimize infrared radiation, and reinforcing glass filaments. Thanks to our pipe-connection-system, developed specifically for the industry, our insulation is usable for any kind of industrial pipes with almost no temperature loss. The outer skin of TH Pipe can be manufactured in stainless steel, aluminum, aluminum foil, aluminum fabric, glass fleece and woven fabric according to costumer requirements.
TH Pipe is non-flammable and meets the requirements of DIN 4102 for fire class A1.
TH Flex Pipe
TH Flex Pipe is a microporous thermal insulation material with extremely low thermal conductivity, which has very good insulation capacity. TH Flex Pipe consists of inorganic and silicate substances. The main component is fumed silica. Other components are opacifiers to minimize infrared radiation, and reinforcing glass filaments. Thanks to our pipe-connection-system, developed specifically for the industry, our insulation is usable for any kind of industrial pipes with almost no temperature loss. The outer skin of TH Flex Pipe can be manufactured in stainless steel, aluminum, aluminum foil, aluminum fabric, glass fleece and woven fabric according to costumer requirements.
TH Flex Pipe is non-flammable and meets the requirements of IMO FTPC Part 1 and the classification A1 according to DIN EN 13501-1.
TH Flex Pipe
TH Flex Pipe is a thermal microporous insulation component with extremely low thermal conductivity, which has very good insulation capacity. TH Flex Pipe consists of inorganic and silicate substances. The main component is fumed silica. Other components are opacifiers to minimize infrared radiation, and reinforcing glass filaments. Thanks to our pipe-connection-system, developed specifically for the industry, our insulation is usable for any kind of industrial pipes with almost no temperature loss. The outer skin of TH Flex Pipe can be manufactured in stainless steel, aluminum, aluminum foil, aluminum fabric, glass fleece and woven fabric according to costumer requirements.
TH Flex Pipe is non-flammable and meets the requirements of IMO FTPC Part 1 and the classification A1 according to DIN EN 13501-1.
TH Flex / TH Flex+
TH Flex / TH Flex+ is a microporous thermal insulation material with extremely low thermal conductivity, which has very good insulation capacity. TH Flex / TH Flex+ consists of inorganic and silicate substances. The main component is fumed silica. Other components are opacifiers to minimize infrared radiation, and reinforcing glass filaments. For reasons of flexibility, TH Flex+ is sealed into a PA/PE composite film system.
TH Flex / TH Flex+ is non-flammable and meets the requirements of DIN 4102 for fire class A1.
TH Flex / TH Flex+
TH Flex / TH Flex+ is a thermal microporous insulation component with extremely low thermal conductivity, which has very good insulation capacity. TH Flex / TH Flex+ consists of inorganic and silicate substances. The main component is fumed silica. Other components are opacifiers to minimize infrared radiation, and reinforcing glass filaments. For reasons of flexibility, TH Flex+ is sealed into a PA/PE composite film system.
TH Flex / TH Flex+ is non-flammable and meets the requirements of DIN 4102 for fire class A1.
TH Keramik 1100+
TH Keramik 1100+ is a two-component, inorganic coating made of phyllosilicates, water and inorganic binders, as well as less than 5% of an organic additive.
Our TH Keramik 1100+ is primarily used with the TH Profil K+ product. Our coated products are very easy to work with and contribute to a reduction in abrasion. Furthermore, TH Keramik 1100+ achieves an avoidance of dusty surfaces and increased edge protection.
TH Keramik 1100+ is non-flammable and can be used up to 1100°C.
TH Keramik 1100+
TH Keramik 1100+ is a two-component, inorganic coating made of phyllosilicates, water and inorganic binders, as well as less than 5% of an organic additive.
Our TH Keramik 1100+ is primarily used with the TH Profil K+ product. Our coated products are very easy to work with and contribute to a reduction in abrasion. Furthermore, TH Keramik 1100+ achieves an avoidance of dusty surfaces and increased edge protection.
TH Keramik 1100+ is non-flammable and can be used up to 1100°C.
FAQs - How can we help you?
Frequently asked questions
What makes microporous insulation components different from conventional insulation solutions?
With significantly lower thermal conductivity values, microporous insulation components deliver outstanding efficiency and are ideal for applications with limited installation space or extreme temperatures up to 1000 °C.
How durable are Thermoline products under continuous load?
Highly durable. Our components are specifically engineered for long-term performance in high-temperature applications – with minimal wear and maximum reliability.
Are the materials safe for health?
Yes – Thermoline products comply with all relevant international standards and are completely free from hazardous substances, ensuring maximum health and safety.
Can Thermoline products be customized and cut to size?
Absolutely. At Thermoline, we manufacture precision-cut insulation parts, milled components, and special shapes exactly according to your specifications. Our products can be tailored and cut with millimeter accuracy to meet individual customer requirements.
Is there a minimum order quantity?
No – Thermoline supplies both single pieces and large-scale production runs. Simply get in touch with us to discuss your requirements.
Can microporous insulation components also be used in private applications?
In principle, yes – Thermoline microporous insulation products can be applied in private settings, for example in fire protection or specific technical applications. Our produtcs are also suitable for car mechanics or tuning enthusiasts.
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