Bisley - 2 Sided Junior Changing Room Bench - 12-24 Hooks - 1370mm

X
Bisley - 2 Sided Junior Changing Room Bench - 12-24 Hooks - 1370mm
From
£635.00
 excl. VAT
£762.00 incl. VAT
unit
Item code: : Select a number of hooks
  • Free delivery on all orders
  • Free returns within 30 days
  • Pay by card, account or Paypal
  • We'll beat any price by 5%

Description

A tough primary school bench with doubled-sided overhead coat hooks

  • The steel frames have a light grey coating that resists scuffs and scratches.
  • The black bench slats are made from recycled plastic.
  • Overhead hooks offer flexible and robust storage for coats.
  • Adjustable feet allow the bench to be levelled, even on bumpy surfaces.
  • Delivered assembled and ready to use.
  • M6 fixing bolts are provided.
  • Five-year warranty.

Environmental and/or social benefits

This packaging is 100% recyclable, which means that at the end of its life, all of its components can be recycled separately via specific recycling facilities.
This packaging is either partially or entirely recycled, which means that it has been made using materials from recycling facilities (refer to the technical specifications for more information).
This product is 100% recyclable, which means that at the end of its life, all of its components can be recycled separately via specific recycling facilities.
This product is either partially or entirely recycled, which means that it has been made using materials from recycling facilities (refer to the technical specifications for more information).

Specifications

Product Information

Product Name Bisley - 2 Sided Junior Changing Room Bench - 12-24 Hooks - 1370mm
Brand Bisley
Packaging unit

Technical Specification

Type of locker accessory Bench
Height (mm) 1370 mm
Percentage recycled (%) 41 %
Recycled packaging (%) 30 %
Contains recyclable materials Yes - 100%
Product origin Made in UK
Customer warranty 5 years
Fully recyclable packaging Yes - 100%

Our reviews are genuine and reliable. To find out more about our authentication and control procedures, click here.