Leeds digital marketing agency Bolser has partnered with a global manufacturer of pest and hygiene control products to launch a new device that can help stop the spread of Covid-19.
Knaresborough-headquartered Pelsis has introduced a hand-held electrostatic cleaning device known as a ‘fogger’ to fight the virus. Called the Hurricane ES, the device works by charging tiny droplets of disinfectant solution and then dispersing them into the atmosphere at high speeds.
The particles then quickly and consistently land on surfaces to disinfect them. These features make the Hurricane ES especially useful in office, retail and leisure environments where strict enhanced cleaning routines need to be applied in response to Covid-19.
Bolser was appointed by Pelsis following a competitive pitch involving three other agencies to design, launch and maintain an ecommerce site for the new product. The site, which is available in five languages, has generated significant numbers of orders from commercial organisations located both nationally and internationally.
Pelsis group marketing manager, Rob Henry, said: “Bolser provided the expertise and experience we needed to deliver a beautiful and effective ecommerce site on a limited budget and to tight timelines.
“The new site provides an excellent, user-friendly home for the Hurricane ES fogger and a range of other complementary decontamination products at a time when they are so important.”
The Hurricane ES ecommerce site also offers the PPE and disinfectants needed to tackle viral and bacterial contamination within high-use areas.
Bolser managing director, Ashley Bolser, commented: “In the current global climate the need for industry-leading decontamination products, such as the Hurricane ES fogger, has never been higher.
“We were really pleased that Pelsis chose us as a trusted partner to deliver their new ecommerce site. It has been great to work with Rob and his team to create and launch a website that acts as important resource for organisations wanting to provide safe and decontaminated environments.”
