Specializing in the supply of electric, pneumatic, or hydraulic actuated butterfly valve assemblies since 2010
Specializing in the supply of electric, pneumatic, or hydraulic actuated butterfly valve assemblies since 2010
LESER, headquartered in Hamburg, Germany, with a state-of-the-art manufacturing plant in Hohenwestedt (about 100 km north of Hamburg) employing nearly 400 people, provides high-quality safety valves worldwide. Founded in 1818 in Germany, over 200 years ago, the company initially operated as a foundry for copper parts. During the “Industrial Revolution,” LESER developed a range of special machinery products and mechanical equipment. In 1885, LESER delivered its first safety valve, and since the 1970s, the company has specialized exclusively in this product line. Over the years, LESER has become one of Europe’s leading safety valve manufacturers, and its position continues to strengthen each year.
Safety valves for all industrial applications
Safety valves according to API 526 with standardized capacities, installation dimensions and materials
Solutions for high plant efficiency
Safety valves with compact dimension and variable connections
Safety valves primarily for liquid applications
Safety valves for food, beverage, and pharmaceutical applications
Safety valves for heating technology
Solutions for high plant efficiency
Solutions for high plant availability
Solutions for operational continuity of facilities
KITO GmbH is a company specializing in the manufacturing of industrial safety systems, including flame arresters and pressure/vacuum relief valves. Their expertise focuses on protecting installations from the risks of overpressure, vacuum, and explosion.
Flame arresters are devices designed to prevent the propagation of flames within a chamber or pipeline while ensuring ventilation. They are typically used to protect fixed or mobile tanks from potential risks associated with the storage and transportation of flammable products (gases or liquids). Pressure and vacuum relief valves are devices used to regulate pressure in closed systems, preventing the risk of explosion or deformation.
