12 products found

Products

  • Horticulture - Ventilation

  • Truss Rail System

    Truss Rail System

    The truss-rail system is utilised in Venlo greenhouses. This drive system is mounted on the trusses or around the pillars. The ventilation windows are driven via THG rack and pinion systems, which are in turn powered by a GW motor gearbox, the heart of the drive system. Pull/push tubes, push bars and drive tubes constitute the connecting components.

  • Continuous Ridge Ventilation

    Continuous Ridge Ventilation

    The continuous ridge ventilation system is most often used in plastic and widespan greenhouses. The ventilation windows are driven via THG rack and pinion systems, which are in turn powered by a GW motor gearbox, the heart of the drive system. Drive tubes constitute the connecting components.

  • Horticulture - Screening

  • Horizontal Screening

    Horizontal Screening

    Horizontal screening is used in all known greenhouse designs. The principal function of this type of screening is to reduce light/heat infiltration and save energy. There are two different systems: pull/push screening and pull wire screening. The screen fabric in a pull/push system is driven via THG rack and pinion systems, which are in turn powered by a GW motor gearbox. The screen fabric in a pull wire system is driven using...

  • Tent Screening

    Tent Screening

    Tent screening is used in widespan greenhouses. The principal function of this screening is to reduce light/heat infiltration and save energy. There are two different systems: pull/push screening and pull wire screening. The screen fabric in a pull/push system is driven via THG rack and pinion systems, which are in turn powered by a GW motor gearbox. The screen fabric in a pull wire system is driven using pull wires via a roll...

  • Side Wall Screening

    Side Wall Screening

    For side wall screening, the screen fabric is attached to the underside of the purlin with clips. The screen fabric is driven via a roll tube, which is in turn powered by a GXP motor gearbox. Furthermore, the BC350 control box, which was specifically developed by De Gier, allows you to operate the screens separately. This gives you an even more precise control over your climate.

  • Horticulture - Hoisting Systems

  • Gauze - Hoisting Systems

    Gauze - Hoisting Systems

    When cultivating chrysanthemums, freesias and lilies, hoist girders installed above the cultivation beds are fitted with wire gauze and heating tubes. By raising the girders, the plants receive warmth and support. The girders move up and down by means of an HC series GW motor gearbox that winds steel wires around a drive tube.

  • Agriculture - Ventilation

  • Air Inlet Valves

    Air Inlet Valves

    Air inlet valves are often used in stables. The air inlet valves are driven by winch drums or TGA racks, which are in turn powered by a GW motor gearbox, the heart of the drive system. Steel cables constitute the connecting components.

  • Agriculture - Rolling Systems

  • Climbing Roll System

    Climbing Roll System

    In the climbing roll system, the windbreak, ventilation or blackout cloth is suspended with a profile on the upper side of the stable’s ventilation openings. The windbreak, ventilation or blackout cloth is driven via a roll tube, which is in turn powered by a GXP motor gearbox.

  • Telescopic Rolling System

    Telescopic Rolling System

    In the telescopic rolling system, the windbreak, ventilation or blackout cloth is suspended with a profile on the upper side of the stable’s ventilation openings. The windbreak, ventilation or blackout cloth is driven via a telescopic arm and a roll tube, which is in turn powered by a GW motor gearbox. Telescopic arms are available for various opening heights.

  • Rail Rolling System

    Rail Rolling System

    In the rail rolling system, the windbreak, ventilation or blackout cloth is suspended with a frame on the upper side of the stable’s ventilation opening. The windbreak gauze or blackout cloth is driven by a roll tube, which is in turn powered by a GW motor gearbox, the heart of the drive system. This GW gearbox ascends along a C profile.

  • Rail Rolling System

    Rail Rolling System

    In the rail rolling system, the windbreak, ventilation or blackout cloth is suspended with a frame on the upper side of the stable’s ventilation opening. The windbreak gauze or blackout cloth is driven by a roll tube, which is in turn powered by a GW motor gearbox, the heart of the drive system. This GW gearbox ascends along a C profile.

  • Agriculture - Hoisting Systems

  • Drink Lines Hoisting Systems

    Drink Lines Hoisting Systems

    The water in the stable has to be provided at the correct drinking height. This height is dependent on the stage of growth of the animals. The drink lines are hoisted by winch drums, which are in turn powered by a GW motor gearbox, the heart of the drive system. Steel cables constitute the connecting components.