Chimney Inspecting doors

Steel flue pipes as connecting flue systems for fireplaces and boilers

IT50 is a double-wall chimney system for all types of fuels, designed to operate under negative pressure conditions, in both wet or dry modes. IT50 is a universal high-performance metal chimney system.

The main characteristic of this chimney system is high-quality stainless steel and ceramic wool high-density without thermal bridging.

A rich amount of chimney parts as well as the opportunity to produce special designet parts makes the IT50 system ready for industrial appliances.

SD316 is a single-wall chimney system suitable for all types of fuels, designed to operate under negative adn positive pressure conditions, in both wet or dry modes

PT25 is a double-wall chimney system for all types of fuels, designed to operate under negative and positive pressure conditions, in both wet or dry modes. PT25 is a universal high-performance metal chimney system. It is engineered to provide a perfect balance of outstanding technical characteristics, safety, design, and cost-effectiveness. Its high temperature ceramic wool insulation with no thermal bridges makes it one of the most secure chimney system in the market.

A rich amount of chimney parts as well as the opportunity to produce special designet parts makes the PT25 system ready for industrial appliances.

Steel flue pipes as connecting flue systems for fireplaces and boilers

IT50 is a double-wall chimney system for all types of fuels, designed to operate under negative pressure conditions, in both wet or dry modes. IT50 is a universal high-performance metal chimney system.

The main characteristic of this chimney system is high-quality stainless steel and ceramic wool high-density without thermal bridging.

A rich amount of chimney parts as well as the opportunity to produce special designet parts makes the IT50 system ready for industrial appliances.

SD316 is a single-wall chimney system suitable for all types of fuels, designed to operate under negative adn positive pressure conditions, in both wet or dry modes