Jumper hose D-63 mm, grey

Application: Connection between double-layer film and spiral hose in greenhouse systems Material: UV-stabilized plastic compound for high durability Function: Integrated back-flow flap (EPDM) prevents reverse airflow Installation: Secured with a hose clamp Feature: Highly resistant to environmental influences Packaging Unit: 40 pcs Air transfer gasket with back-flow flap ensures a secure connection between the double-layer greenhouse film and the spiral hose. The integrated EPDM flap prevents air from flowing back, maintaining a consistent air cushion for effective insulation. Thanks to its UV-stabilized plastic composition, the gasket is exceptionally durable and suitable for outdoor greenhouse environments. Installation is straightforward using a standard hose clamp.

Application: Connection between double film and spiral hose in greenhouse systems Material: UV-stabilized plastic blend for high durability Function: EPDM check flap prevents backflow of inflated air Installation: Secured using a hose clamp Special feature: Highly resistant to environmental influences Packaging unit: 40 pieces The film inflation valve with check flap – PU: 40 pcs provides a reliable connection between double-layer film and spiral hose. The integrated EPDM check flap prevents the backflow of previously inflated air, ensuring a stable air cushion. Thanks to the proven plastic blend, the valve is UV-stabilized and exceptionally durable. Installation is quick and secure using a hose clamp.

Application: For plastic greenhouses with double film covering Function: Reliably fills the double film with air for optimal insulation Performance: 190 m³/h for fast inflation Feature: Low maintenance and optimized for greenhouse climate conditions Inflation fan 190 m³/h with mounting plate is specifically designed for use in plastic greenhouses with double film coverings. It ensures reliable inflation of the air cavity between the films, providing optimal thermal insulation for the greenhouse interior. Thanks to its robust construction, the fan is highly resistant to greenhouse climate conditions and requires minimal maintenance. The airflow capacity of 190 m³/h enables quick inflation, ensuring efficient insulation performance in a short time. This fan is an ideal solution for greenhouse operators seeking a durable and efficient method for insulating their structures using double-layer film technology.

Application: Controls air inflation in double greenhouse films Voltage: 12 V low-voltage safety system Activation: Triggered by contact with inflated double film Features: Waterproof, insect-resistant, durable plastic housing Function: Operates independently of timers - responds to actual fill level Compatibility: Suitable for most commercial inflation systems - optimized for TGU systems The Limit switch for Poly Inflation Set enables precise and reliable control of air inflation in double greenhouse films. It activates upon contact with the inflated film and is built to withstand harsh greenhouse conditions. Ideal for use with TGU and other standard inflation systems.

Application: Complete system for inflating double-layer film in greenhouse structures Components: 1x Inflation fan with mounting plate 1x Jumper hose D-63 mm, length 6 m 1x Air transfer gasket with back-flow flap 2x Hose clamps KST Ø60–65 Function: Ensures reliable air inflation for optimal insulation Feature: Low maintenance and optimized for greenhouse climate conditions Inflation system set for double-layer films is a convenient all-in-one solution for filling double-layer greenhouse films with air. The system ensures consistent internal air pressure, providing effective insulation to improve energy efficiency within the greenhouse. With all necessary components included—such as a powerful inflation motor, spiral hose, and a valve with integrated back-flow flap—the set is easy to install and designed for long-term, low-maintenance operation. Thanks to its durable materials and well-engineered construction, this system is an ideal choice for growers seeking a dependable and efficient method for insulating greenhouse structures.