Product Overview & Key Benefits
The BC929 Dolphin Stainless Steel Paper Towel Dispenser is an exemplary solution for both domestic and commercial environments. Crafted from high-quality 304 stainless steel, this paper towel dispenser is designed with a sleek satin steel finish that not only provides a contemporary look but also ensures durability and ease of maintenance. The unit is perfect for spaces where hygiene is paramount, such as kitchens, bathrooms, and restaurants. It can conveniently hold up to 150 'Z' fold paper towels, making it an ideal choice for high-traffic areas where quick access to hand drying solutions is necessary.
Technical Specifications & Product Details
- Material:High Quality 304 Stainless Steel
- Finish:Satin Steel
- Dimensions:H152 x W279 x D120 (mm)
- Capacity:150 'Z' fold paper towels
- Installation:Free Standing; Can be fixed to counter top
- Design:Welded corners to prevent sharp edges
Ideal Uses & Applications
The BC929 Dolphin Stainless Steel Paper Towel Dispenser is ideal for a variety of settings. Its free-standing design makes it perfect for busy domestic kitchens or bathrooms where wall mounting is not an option. Additionally, commercial environments such as cafes, restaurants, and hotels can greatly benefit from its ability to accommodate a high volume of paper towels, ensuring guests always have access to hygiene products. The ability to mount on counter tops also lends itself well to retail environments, medical facilities, and other public spaces where cleanliness is a priority.
Energy Efficiency & Cost Savings
Utilising paper towels contributes to energy savings as compared to electric hand dryers. The BC929 dispenser, by holding 150 'Z' fold paper towels, allows users in commercial spaces to maintain hygiene without incurring the operational costs associated with appliances that require electrical power. Furthermore, by streamlining high usage and demand environments, it ensures minimal wastage and enhances cost efficiency over time. While exact savings can vary, users can expect a substantial reduction in their energy bills due to the absence of power-dependent drying solutions.