New York market research company Transparency calculated that the reusable water bottle market was valued at US$7.04 bn in 2015 and will rise to US$10.19 bn by 2024. With the primary usage of reusable water bottles being sports and travel.

Some of the main factors driving the demand for reusable water bottles are the cost-effective and environmentally sustainable nature of reusable bottles. The rising global awareness regarding the increased usage of reusable or recyclable materials that can reduce the amount of non-biodegradable waste generated upon their disposal.

The easy availability, convenience, and inexpensiveness of plastic reusable water bottles have contributed to their vast usage globally. However, certain studies have demonstrated that the regular use of reusable plastic bottles, which contain hormone-disrupting chemicals such as Phthalates and BPA, can act as causative agents for several diseases and medical conditions.

If you are a retail outlet looking for a product range then if you look at the research highlighted above reusable bottles would appear to be the perfect product fro your shelves for the next 5-6 years at least.

BPA free plastic bottles suitable for the gym or office comes in 1 or 2 Litre with a choice of 5 colours all available at wholesale pricing or eligible wholesale customers only, stock is held in the UK and can be delivered within 2-3 days.

At the higher end we have the metal double walled bottle, that will keep bottle content warm or cool for up to 12 hours, a high-quality silicone ring ensures no leaks no matter how much you shake them, 5 designs matching the Vegan Rubber Myga Mat collection, 3 Glitter bottles and 6 solid colour bottles. All available at wholesale pricing or eligible wholesale customers only, stock is held in the UK and can be delivered within 2-3 days.

So if you are a retailer looking for a wholesaler selling reusable drinking bottles then Ryder Hub as you covered, check out the website or give the sales team a call on 01530 810870 and discuss your options.