Heating jackets for motors, pumps, filter housings & valves

Whether it is to protect motors from frost or complex geometric valves at the optimum temperature – with the Winkler AG you will always find customized solutions for heating your properties. Rely on innovative technologies and our expertise to meet your requirements efficiently and reliably.

• Cost-efficient
• PTFE-coated materials resistant to many chemicals
• Efficient heat transfer up to 900°C
• Short heat-up time possible due to high power density

The heating sleeves are precisely adapted to the geometry to be heated. We achieve optimum heat transfer with the aid of printed 3D models or provided parts. If valves or pumps need to be heated, different materials and production methods can be used depending on the geometry and temperature range. If the geometry is very small and high temperatures need to be reached, we use a crocheted inner jacket that fits perfectly around curves and edges. As with our sewn heating jackets, prototypes and large series are also possible here.

• Continuous operation 80°C
• PVC fabric as inner and outer sheath
• Water repellent
• Optimum heat transfer

• Continuous operation 80°C
• PTFE-coated glass fiber fabric as inner and outer sheathing
• Resistant to many chemicals
• Easy to clean

• Continuous operation 200°C
• Silicone-coated glass fiber fabric as inner and outer sheathing
• Easy to clean
• Optimum heat transfer

• Continuous operation 250°C
• Lightweight PTFE-coated glass fiber fabric as inner and outer jacket
• Resistant to chemicals
• Adapts optimally to small geometries

• Continuous operation 250°C
• PTFE-coated glass fiber fabric as inner and outer sheathing
• Resistant to chemicals
• Robust design for maximum durability

• Continuous operation 450°C
• PTFE-coated glass fiber fabric as outer jacket
• Glass fiber fabric as inner sheath
• Cost-efficient
• Fast production of large series

• Continuous operation 600°C
• PTFE-coated glass fiber fabric as outer sheath
• Crocheted glass silk yarn as inner sheath
• Short heat-up time
• High energy density

• Continuous operation 900°C
• Glass fiber fabric as outer sheath
• Crocheted silicate yarn as inner sheath
• High energy density
• Maximum operating temperature