Trash Bags Multipack 50L 62x80 cm 20 pcs HDPE 8 µm White

Multipack Trash Bags 50L (62 x 80 cm), pack of 20, are single-use waste bags made from high-density polyethylene (HDPE) with an 8 µm wall thickness. Designed for everyday household and light commercial waste collection, these white bags fit medium-sized bins and provide basic puncture resistance and moisture protection for common types of refuse such as kitchen scraps, paper, and lightweight packaging.

Advantages

These HDPE trash bags combine a slim profile with adequate strength for routine waste disposal, offering reliable containment for dry and moderately moist waste. The 50 L capacity and dimensions make them compatible with many standard kitchen and utility bins. Their white color aids in quick visual identification, and the 8 µm thickness balances material economy with protection against small punctures and leaks during normal handling.

Suitable for

• Household kitchen waste and general domestic refuse
• Office and light commercial waste receptacles
• Temporary waste collection during cleaning and small events
• Bagging dry recycling items where local rules permit mixed collection

Key specifications

• Capacity: 50 liters
• Dimensions: 62 x 80 cm
• Material: high-density polyethylene (HDPE)
• Wall thickness: 8 µm
• Color: white
• Pack quantity: 20 pieces

How to use

Select a compatible bin with an opening suited to the 62 x 80 cm bag size, place the bag inside the bin and fold the open edge over the rim to secure it. Fill the bag with everyday waste without overloading; do not force sharp or heavy objects into the bag. When full, tie or seal the top of the bag where possible, lift carefully using both hands, and place it into the appropriate external waste container for collection.

Usage recommendations

Use these bags for dry or moderately moist waste. Avoid disposing of hot ashes, large sharp objects, solvents, or heavy construction debris in these 8 µm HDPE bags. For wet or heavy loads, double-bagging or selecting a thicker bag is recommended to reduce the risk of puncture and leakage.