Collection: Paper Towels

Reusable paper towels, made from natural fibers like cotton or bamboo, are an eco-friendly and efficient alternative to single-use ones. They are strong, absorbent, and multipurpose, outperforming single-use towels in cleaning tasks like spill cleanup and dishwashing. Although more expensive, they last longer, resulting in cost savings and a decrease in household waste. Reusable paper towels are sustainable, reducing landfill waste and deforestation. However, their environmental impact depends on responsible use and washing practices. Proper maintenance and full loads can reduce their environmental impact.

Paper towels are made from wood pulp from softwood and hardwood trees, which undergoes a process of crushing, cooking, washing, bleaching, and pressing into thin sheets. They are often glued together in one- or two-ply layers for strength and absorbency. Some paper towels contain synthetic fibers like polyester or polypropylene for longer lifespan and liquid absorption. Some brands add lotions or scents for a softer feel. Recycled paper fibers and bamboo fibers are sustainable alternatives. Adhesives and conditioners are used to hold layers together and improve texture. Companies are increasingly focusing on environmentally friendly products.

When selecting paper towels for high-traffic areas, consider factors such as absorbency, dispenser compatibility, and usage frequency. Roll towels are ideal for high-traffic areas like airports, hospitals, and public restrooms due to their strength and large quantity. Center-pull or automatic dispensers are ideal for controlling use and reducing waste. Small offices or boutique restrooms with low traffic often use folded towels like Z-fold or C-fold, which keep things tidy and prevent waste. Eco-friendly options with certifications like FSC or recycled content can help achieve sustainability goals. Matching the towel type and dispenser style to the area's needs ensures cost-effectiveness, cleanliness, and satisfaction for users.

Paper towels are not suitable for recycling due to their short fibres and potential contamination with food particles, oil, or cleaning agents. They also pose a risk of contamination in recycling streams. However, they can be composted and biodegraded, reducing methane emissions and converting fibres into nutrient-rich mulch. Instead of flushing them down toilets or using recycling bins, they should be disposed of in compost bins or regular trash if composting is not feasible.