FLOOR PLATES
STABLE STORAGE & WATER DRAINAGE
The bottom of the depot locker, on which skis or snowboards are placed, is one of the two floor plates fitted to the locker. These are: a tub made of galvanised perforated steel and a stainless steel tub – in a closed version or with several drainage holes. When a perforated tub is used, water dripping from skis or boots gets through the grating directly under the locker. A full stainless-steel tub retains water, while drainage holes allow water to be drained into a tank placed under the locker or for a drainage pipe system to be installed. The floor plates can be additionally equipped with anti-slip rubber mats.
FLOOR PLATES
STABLE STORAGE & WATER DRAINAGE
The bottom of the depot locker, on which skis or snowboards are placed, is one of the two floor plates fitted to the locker. These are: a tub made of galvanised perforated steel and a stainless steel tub – in a closed version or with several drainage holes. When a perforated tub is used, water dripping from skis or boots gets through the grating directly under the locker. A full stainless-steel tub retains water, while drainage holes allow water to be drained into a tank placed under the locker or for a drainage pipe system to be installed. The floor plates can be additionally equipped with anti-slip rubber mats.
FLOOR PLATES
STABLE STORAGE & WATER DRAINAGE
The bottom of the depot locker, on which skis or snowboards are placed, is one of the two floor plates fitted to the locker. These are: a tub made of galvanised perforated steel and a stainless steel tub – in a closed version or with several drainage holes. When a perforated tub is used, water dripping from skis or boots gets through the grating directly under the locker. A full stainless-steel tub retains water, while drainage holes allow water to be drained into a tank placed under the locker or for a drainage pipe system to be installed. The floor plates can be additionally equipped with anti-slip rubber mats.
FLOOR PLATES
STABLE STORAGE & WATER DRAINAGE
The bottom of the depot locker, on which skis or snowboards are placed, is one of the two floor plates fitted to the locker. These are: a tub made of galvanised perforated steel and a stainless steel tub – in a closed version or with several drainage holes. When a perforated tub is used, water dripping from skis or boots gets through the grating directly under the locker. A full stainless-steel tub retains water, while drainage holes allow water to be drained into a tank placed under the locker or for a drainage pipe system to be installed. The floor plates can be additionally equipped with anti-slip rubber mats.
FLOOR PLATES
STABLE STORAGE & WATER DRAINAGE
The bottom of the depot locker, on which skis or snowboards are placed, is one of the two floor plates fitted to the locker. These are: a tub made of galvanised perforated steel and a stainless steel tub – in a closed version or with several drainage holes. When a perforated tub is used, water dripping from skis or boots gets through the grating directly under the locker. A full stainless-steel tub retains water, while drainage holes allow water to be drained into a tank placed under the locker or for a drainage pipe system to be installed. The floor plates can be additionally equipped with anti-slip rubber mats.
FLOOR PLATES
STABLE STORAGE & WATER DRAINAGE
The bottom of the depot locker, on which skis or snowboards are placed, is one of the two floor plates fitted to the locker. These are: a tub made of galvanised perforated steel and a stainless steel tub – in a closed version or with several drainage holes. When a perforated tub is used, water dripping from skis or boots gets through the grating directly under the locker. A full stainless-steel tub retains water, while drainage holes allow water to be drained into a tank placed under the locker or for a drainage pipe system to be installed. The floor plates can be additionally equipped with anti-slip rubber mats.
FLOOR PLATES
STABLE STORAGE & WATER DRAINAGE
The bottom of the depot locker, on which skis or snowboards are placed, is one of the two floor plates fitted to the locker. These are: a tub made of galvanised perforated steel and a stainless steel tub – in a closed version or with several drainage holes. When a perforated tub is used, water dripping from skis or boots gets through the grating directly under the locker. A full stainless-steel tub retains water, while drainage holes allow water to be drained into a tank placed under the locker or for a drainage pipe system to be installed. The floor plates can be additionally equipped with anti-slip rubber mats.
FLOOR PLATES
STABLE STORAGE & WATER DRAINAGE
The bottom of the depot locker, on which skis or snowboards are placed, is one of the two floor plates fitted to the locker. These are: a tub made of galvanised perforated steel and a stainless steel tub – in a closed version or with several drainage holes. When a perforated tub is used, water dripping from skis or boots gets through the grating directly under the locker. A full stainless-steel tub retains water, while drainage holes allow water to be drained into a tank placed under the locker or for a drainage pipe system to be installed. The floor plates can be additionally equipped with anti-slip rubber mats.
FLOOR PLATES
STABLE STORAGE & WATER DRAINAGE
The bottom of the depot locker, on which skis or snowboards are placed, is one of the two floor plates fitted to the locker. These are: a tub made of galvanised perforated steel and a stainless steel tub – in a closed version or with several drainage holes. When a perforated tub is used, water dripping from skis or boots gets through the grating directly under the locker. A full stainless-steel tub retains water, while drainage holes allow water to be drained into a tank placed under the locker or for a drainage pipe system to be installed. The floor plates can be additionally equipped with anti-slip rubber mats.
FLOOR PLATES
STABLE STORAGE & WATER DRAINAGE
The bottom of the depot locker, on which skis or snowboards are placed, is one of the two floor plates fitted to the locker. These are: a tub made of galvanised perforated steel and a stainless steel tub – in a closed version or with several drainage holes. When a perforated tub is used, water dripping from skis or boots gets through the grating directly under the locker. A full stainless-steel tub retains water, while drainage holes allow water to be drained into a tank placed under the locker or for a drainage pipe system to be installed. The floor plates can be additionally equipped with anti-slip rubber mats.
FLOOR PLATES
STABLE STORAGE & WATER DRAINAGE
The bottom of the depot locker, on which skis or snowboards are placed, is one of the two floor plates fitted to the locker. These are: a tub made of galvanised perforated steel and a stainless steel tub – in a closed version or with several drainage holes. When a perforated tub is used, water dripping from skis or boots gets through the grating directly under the locker. A full stainless-steel tub retains water, while drainage holes allow water to be drained into a tank placed under the locker or for a drainage pipe system to be installed. The floor plates can be additionally equipped with anti-slip rubber mats.
FLOOR PLATES
STABLE STORAGE & WATER DRAINAGE
The bottom of the depot locker, on which skis or snowboards are placed, is one of the two floor plates fitted to the locker. These are: a tub made of galvanised perforated steel and a stainless steel tub – in a closed version or with several drainage holes. When a perforated tub is used, water dripping from skis or boots gets through the grating directly under the locker. A full stainless-steel tub retains water, while drainage holes allow water to be drained into a tank placed under the locker or for a drainage pipe system to be installed. The floor plates can be additionally equipped with anti-slip rubber mats.
FLOOR PLATES
STABLE STORAGE & WATER DRAINAGE
The bottom of the depot locker, on which skis or snowboards are placed, is one of the two floor plates fitted to the locker. These are: a tub made of galvanised perforated steel and a stainless steel tub – in a closed version or with several drainage holes. When a perforated tub is used, water dripping from skis or boots gets through the grating directly under the locker. A full stainless-steel tub retains water, while drainage holes allow water to be drained into a tank placed under the locker or for a drainage pipe system to be installed. The floor plates can be additionally equipped with anti-slip rubber mats.
FLOOR PLATES
STABLE STORAGE & WATER DRAINAGE
The bottom of the depot locker, on which skis or snowboards are placed, is one of the two floor plates fitted to the locker. These are: a tub made of galvanised perforated steel and a stainless steel tub – in a closed version or with several drainage holes. When a perforated tub is used, water dripping from skis or boots gets through the grating directly under the locker. A full stainless-steel tub retains water, while drainage holes allow water to be drained into a tank placed under the locker or for a drainage pipe system to be installed. The floor plates can be additionally equipped with anti-slip rubber mats.
FLOOR PLATES
STABLE STORAGE & WATER DRAINAGE
The bottom of the depot locker, on which skis or snowboards are placed, is one of the two floor plates fitted to the locker. These are: a tub made of galvanised perforated steel and a stainless steel tub – in a closed version or with several drainage holes. When a perforated tub is used, water dripping from skis or boots gets through the grating directly under the locker. A full stainless-steel tub retains water, while drainage holes allow water to be drained into a tank placed under the locker or for a drainage pipe system to be installed. The floor plates can be additionally equipped with anti-slip rubber mats.
FLOOR PLATES
STABLE STORAGE & WATER DRAINAGE
The bottom of the depot locker, on which skis or snowboards are placed, is one of the two floor plates fitted to the locker. These are: a tub made of galvanised perforated steel and a stainless steel tub – in a closed version or with several drainage holes. When a perforated tub is used, water dripping from skis or boots gets through the grating directly under the locker. A full stainless-steel tub retains water, while drainage holes allow water to be drained into a tank placed under the locker or for a drainage pipe system to be installed. The floor plates can be additionally equipped with anti-slip rubber mats.
FLOOR PLATES
STABLE STORAGE & WATER DRAINAGE
The bottom of the depot locker, on which skis or snowboards are placed, is one of the two floor plates fitted to the locker. These are: a tub made of galvanised perforated steel and a stainless steel tub – in a closed version or with several drainage holes. When a perforated tub is used, water dripping from skis or boots gets through the grating directly under the locker. A full stainless-steel tub retains water, while drainage holes allow water to be drained into a tank placed under the locker or for a drainage pipe system to be installed. The floor plates can be additionally equipped with anti-slip rubber mats.
FLOOR PLATES
STABLE STORAGE & WATER DRAINAGE
The bottom of the depot locker, on which skis or snowboards are placed, is one of the two floor plates fitted to the locker. These are: a tub made of galvanised perforated steel and a stainless steel tub – in a closed version or with several drainage holes. When a perforated tub is used, water dripping from skis or boots gets through the grating directly under the locker. A full stainless-steel tub retains water, while drainage holes allow water to be drained into a tank placed under the locker or for a drainage pipe system to be installed. The floor plates can be additionally equipped with anti-slip rubber mats.
FLOOR PLATES
STABLE STORAGE & WATER DRAINAGE
The bottom of the depot locker, on which skis or snowboards are placed, is one of the two floor plates fitted to the locker. These are: a tub made of galvanised perforated steel and a stainless steel tub – in a closed version or with several drainage holes. When a perforated tub is used, water dripping from skis or boots gets through the grating directly under the locker. A full stainless-steel tub retains water, while drainage holes allow water to be drained into a tank placed under the locker or for a drainage pipe system to be installed. The floor plates can be additionally equipped with anti-slip rubber mats.
FLOOR PLATES
STABLE STORAGE & WATER DRAINAGE
The bottom of the depot locker, on which skis or snowboards are placed, is one of the two floor plates fitted to the locker. These are: a tub made of galvanised perforated steel and a stainless steel tub – in a closed version or with several drainage holes. When a perforated tub is used, water dripping from skis or boots gets through the grating directly under the locker. A full stainless-steel tub retains water, while drainage holes allow water to be drained into a tank placed under the locker or for a drainage pipe system to be installed. The floor plates can be additionally equipped with anti-slip rubber mats.
FLOOR PLATES
STABLE STORAGE & WATER DRAINAGE
The bottom of the depot locker, on which skis or snowboards are placed, is one of the two floor plates fitted to the locker. These are: a tub made of galvanised perforated steel and a stainless steel tub – in a closed version or with several drainage holes. When a perforated tub is used, water dripping from skis or boots gets through the grating directly under the locker. A full stainless-steel tub retains water, while drainage holes allow water to be drained into a tank placed under the locker or for a drainage pipe system to be installed. The floor plates can be additionally equipped with anti-slip rubber mats.
FLOOR PLATES
STABLE STORAGE & WATER DRAINAGE
The bottom of the depot locker, on which skis or snowboards are placed, is one of the two floor plates fitted to the locker. These are: a tub made of galvanised perforated steel and a stainless steel tub – in a closed version or with several drainage holes. When a perforated tub is used, water dripping from skis or boots gets through the grating directly under the locker. A full stainless-steel tub retains water, while drainage holes allow water to be drained into a tank placed under the locker or for a drainage pipe system to be installed. The floor plates can be additionally equipped with anti-slip rubber mats.
FLOOR PLATES
STABLE STORAGE & WATER DRAINAGE
The bottom of the depot locker, on which skis or snowboards are placed, is one of the two floor plates fitted to the locker. These are: a tub made of galvanised perforated steel and a stainless steel tub – in a closed version or with several drainage holes. When a perforated tub is used, water dripping from skis or boots gets through the grating directly under the locker. A full stainless-steel tub retains water, while drainage holes allow water to be drained into a tank placed under the locker or for a drainage pipe system to be installed. The floor plates can be additionally equipped with anti-slip rubber mats.
FLOOR PLATES
STABLE STORAGE & WATER DRAINAGE
The bottom of the depot locker, on which skis or snowboards are placed, is one of the two floor plates fitted to the locker. These are: a tub made of galvanised perforated steel and a stainless steel tub – in a closed version or with several drainage holes. When a perforated tub is used, water dripping from skis or boots gets through the grating directly under the locker. A full stainless-steel tub retains water, while drainage holes allow water to be drained into a tank placed under the locker or for a drainage pipe system to be installed. The floor plates can be additionally equipped with anti-slip rubber mats.
FLOOR PLATES
STABLE STORAGE & WATER DRAINAGE
The bottom of the depot locker, on which skis or snowboards are placed, is one of the two floor plates fitted to the locker. These are: a tub made of galvanised perforated steel and a stainless steel tub – in a closed version or with several drainage holes. When a perforated tub is used, water dripping from skis or boots gets through the grating directly under the locker. A full stainless-steel tub retains water, while drainage holes allow water to be drained into a tank placed under the locker or for a drainage pipe system to be installed. The floor plates can be additionally equipped with anti-slip rubber mats.
FLOOR PLATES
STABLE STORAGE & WATER DRAINAGE
The bottom of the depot locker, on which skis or snowboards are placed, is one of the two floor plates fitted to the locker. These are: a tub made of galvanised perforated steel and a stainless steel tub – in a closed version or with several drainage holes. When a perforated tub is used, water dripping from skis or boots gets through the grating directly under the locker. A full stainless-steel tub retains water, while drainage holes allow water to be drained into a tank placed under the locker or for a drainage pipe system to be installed. The floor plates can be additionally equipped with anti-slip rubber mats.
FLOOR PLATES
STABLE STORAGE & WATER DRAINAGE
The bottom of the depot locker, on which skis or snowboards are placed, is one of the two floor plates fitted to the locker. These are: a tub made of galvanised perforated steel and a stainless steel tub – in a closed version or with several drainage holes. When a perforated tub is used, water dripping from skis or boots gets through the grating directly under the locker. A full stainless-steel tub retains water, while drainage holes allow water to be drained into a tank placed under the locker or for a drainage pipe system to be installed. The floor plates can be additionally equipped with anti-slip rubber mats.
FLOOR PLATES
STABLE STORAGE & WATER DRAINAGE
The bottom of the depot locker, on which skis or snowboards are placed, is one of the two floor plates fitted to the locker. These are: a tub made of galvanised perforated steel and a stainless steel tub – in a closed version or with several drainage holes. When a perforated tub is used, water dripping from skis or boots gets through the grating directly under the locker. A full stainless-steel tub retains water, while drainage holes allow water to be drained into a tank placed under the locker or for a drainage pipe system to be installed. The floor plates can be additionally equipped with anti-slip rubber mats.
TECHNOLOGY
ITEMS
100% BooTS
OPENING NOZZLE SYSTEM
INCREASED EFFICIENCY & ENERGY-SAVING
100% BooTS
OPENING NOZZLE SYSTEM
INCREASED EFFICIENCY & ENERGY-SAVING
100% BooTS
OPENING NOZZLE SYSTEM
INCREASED EFFICIENCY & ENERGY-SAVING
100% BooTS
OPENING NOZZLE SYSTEM
INCREASED EFFICIENCY & ENERGY-SAVING
100% BooTS
OPENING NOZZLE SYSTEM
INCREASED EFFICIENCY & ENERGY-SAVING
100% BooTS
OPENING NOZZLE SYSTEM
INCREASED EFFICIENCY & ENERGY-SAVING
100% BooTS
OPENING NOZZLE SYSTEM
INCREASED EFFICIENCY & ENERGY-SAVING
100% BooTS
OPENING NOZZLE SYSTEM
INCREASED EFFICIENCY & ENERGY-SAVING
100% BooTS
OPENING NOZZLE SYSTEM
INCREASED EFFICIENCY & ENERGY-SAVING
100% BooTS
OPENING NOZZLE SYSTEM
INCREASED EFFICIENCY & ENERGY-SAVING
100% BooTS
OPENING NOZZLE SYSTEM
INCREASED EFFICIENCY & ENERGY-SAVING
100% BooTS
OPENING NOZZLE SYSTEM
INCREASED EFFICIENCY & ENERGY-SAVING
100% BooTS
OPENING NOZZLE SYSTEM
INCREASED EFFICIENCY & ENERGY-SAVING
100% BooTS
OPENING NOZZLE SYSTEM
INCREASED EFFICIENCY & ENERGY-SAVING
100% BooTS
OPENING NOZZLE SYSTEM
INCREASED EFFICIENCY & ENERGY-SAVING
100% BooTS
OPENING NOZZLE SYSTEM
INCREASED EFFICIENCY & ENERGY-SAVING
100% BooTS
OPENING NOZZLE SYSTEM
INCREASED EFFICIENCY & ENERGY-SAVING
100% BooTS
OPENING NOZZLE SYSTEM
INCREASED EFFICIENCY & ENERGY-SAVING
100% BooTS
OPENING NOZZLE SYSTEM
INCREASED EFFICIENCY & ENERGY-SAVING
100% BooTS
OPENING NOZZLE SYSTEM
INCREASED EFFICIENCY & ENERGY-SAVING
100% BooTS
OPENING NOZZLE SYSTEM
INCREASED EFFICIENCY & ENERGY-SAVING
100% BooTS
OPENING NOZZLE SYSTEM
INCREASED EFFICIENCY & ENERGY-SAVING
100% BooTS
OPENING NOZZLE SYSTEM
INCREASED EFFICIENCY & ENERGY-SAVING
100% BooTS
OPENING NOZZLE SYSTEM
INCREASED EFFICIENCY & ENERGY-SAVING
100% BooTS
OPENING NOZZLE SYSTEM
INCREASED EFFICIENCY & ENERGY-SAVING
100% BooTS
OPENING NOZZLE SYSTEM
INCREASED EFFICIENCY & ENERGY-SAVING
100% BooTS
OPENING NOZZLE SYSTEM
INCREASED EFFICIENCY & ENERGY-SAVING
100% BooTS
OPENING NOZZLE SYSTEM
INCREASED EFFICIENCY & ENERGY-SAVING