These butterfly valves are ready to accept thermometers, electronic thermo sensors (PT 100) or a system identification plate.

Tight-closing maintenance-free wafer type butterfly valve of centric design. Prepared for thermometer recording. For clamping between counter faces according to DIN 2631/32/33/41/42.

These butterfly valves are ready to accept thermometers, electronic thermo sensors (PT 100) or a system identification plate.

Tight-closing maintenance-free lug type butterfly valve of centric design. Prepared for thermometer recording. With threaded eyes for flanging flanges to DIN 2632/33/42.

Lug-type butterfly valve in double eccentric design. Reliable sealing even under extreme pressure and temperature stresses.

High performance flanged butterfly valve in double eccentric design for use at high temperatures and/or high operating and differential pressures. Pressures dependent on the nominal size.

With a selection of corrosion and temperature resistant materials for high pressure and temperature stresses, the HP series offers the perfect solution.

High performance wafer type butterfly valve in double eccentric design for use at high temperatures and/or high operating and differential pressures. Pressures dependent on the nominal size.

These butterfly valves are ready to accept thermometers, electronic thermo sensors (PT 100) or a system identification plate.

Tight-closing maintenance-free wafer type butterfly valve of centric design. Prepared for thermometer recording. For clamping between counter faces according to DIN 2631/32/33/41/42.

These butterfly valves are ready to accept thermometers, electronic thermo sensors (PT 100) or a system identification plate.

Tight-closing maintenance-free lug type butterfly valve of centric design. Prepared for thermometer recording. With threaded eyes for flanging flanges to DIN 2632/33/42.

Lug-type butterfly valve in double eccentric design. Reliable sealing even under extreme pressure and temperature stresses.

High performance flanged butterfly valve in double eccentric design for use at high temperatures and/or high operating and differential pressures. Pressures dependent on the nominal size.