BONTON waste bags, 70 l, 50 µm, WxL 580 x 1020 mm, pack of 300, grey, 15 rolls, 20 bags/roll.

Estimated delivery: 41 days

BONTON waste bags, 70 l, 50 µm, WxL 580 x 1020 mm, pack of 300, grey, 15 rolls, 20 bags/roll

• Supplied = assembled
• Capacity = 70 l
• Material = LDPE
• Material thickness = 50 µm
• Colour = grey
• Length = 1020 mm
• Width = 580 mm
• Number per roll = 20 pcs
• Product type = rubbish bin bags
• Customs tariff number = 39232910
• Country of origin = NLD
• Gross weight = 16.22 kg
• Weight = 16.02 kg
• Precision-fit model for the good-form Original waste collector
• Robust material made from 100 % recycled plastic
• Double weld seam for reliable retention of waste
• Clean container and reduced cleaning effort
• Generous delivery with 300 bags on 15 rolls
• The good-form waste bags are specially developed for the good-form Original waste collector and ensure clean, hygienic and efficient waste disposal
• The precisely fitting shape supports proper lining of the container and makes it easier to remove and replace the filled bag in daily operation
• The robust material consists of 100 % recycled plastic
• As a result, the waste bags combine a resilient model with a resource-conserving use of materials
• The double weld seam increases safety during use
• Waste remains reliably inside the bag, while liquids and dirt do not get into the inner container wherever possible
• The waste collector thereby stays clean for longer and needs time-consuming cleaning less often
• With a capacity of 70 litres, the bin liners are suitable for regular waste collection in offices, public facilities, educational institutions, canteens, break rooms and comparable locations of use
• The model tailored to the container supports a fast bag change and a smooth workflow
• The delivery includes 300 waste bags, divided into 15 rolls with 20 items each
• The clear roll format simplifies storage and enables removal as required
• Depending on the area of use, the good-form waste bags are available in different colours
• In this way, waste collection can be visually adapted to the existing separation system and the allocation of individual waste streams can be supported.