Wipe Dispensers
SKU: 06-044
Metal Floorstand Industrial Bumper Roll Holder
Dispenses rolls up to 40cm wide
A freestanding robust, practical floor dispenser for industrial drying rolls. Simple and easy to use, and can easily be relocated as necessary.- Roll width 40cm
- Made from sturdy metal
- Dimensions: 900h x 460w x 440d mm
- Used widely in industries where soiling of product or hands occurs e.g. Garages
SKU: PPD35MWH
Perola® HygiRol™ 10″ White Metal Hygiene Roll / Couch Roll Dispenser
• Dispenses Couch Rolls (10")
• White powder coat epoxy finish
• Key Lockable
Product Description
A versatile and easy to use dispenser for couch rolls. The unit is constructed in mild steel with a white powder coat epoxy finish. The dispenser is durable with a fully lockable slim line chrome lock.
Made in a white powder coat epoxy finish.
Manufactured in the UK
SKU: PPD36MWH
Perola® HygiRol™ 20″ White Metal Hygiene Roll / Couch Roll Dispenser
• Dispenses Couch Rolls (20")
• White powder coat epoxy finish
• Key Lockable
Product Description
A versatile and easy to use dispenser for couch rolls. The unit is constructed in mild steel with a white powder coat epoxy finish. The dispenser is durable with a fully lockable slim line chrome lock.
Made in a white powder coat epoxy finish.
Manufactured in the UK
SKU: DS-IW-007
Tork® Reflex System Single-Sheet Standard Centrefeed Roll Dispenser
The Tork Reflex single sheet centrefeed system offers single sheet dispensing, preventing unnecessary waste and helping reduce consumption by up to 37% compared to standard, free flow centrefeed. Ideal for catering, hospitality and retail environments.
Suitable for catering, hospitality and retail environments. The smart dispense mechanism
- Single sheet dispensing: reducing consumption and waste
- Use less: Reduces consumption up to 37% vs standard centre feed
- Fully enclosed roll: protecting it from splashes, dirt, vandalism & pilferage
- Hygienic: Users only touch the tissue they use - Prevents cross contamination
- Wall mounted dispenser: helping to maximise the surface space available