£19.25 ex VAT (inc. VAT £23.10)
C-Gel is a 2.5% calcium gluconate gel developed for immediate first aid following hydrofluoric acid contact with the skin. Supplied in a convenient 40g tube, it should be readily accessible wherever HF is handled or stored. Ideal for chemical processing, laboratories, metal treatment and alloy wheel stripping facilities. HF exposure requires urgent specialist medical attention, so C-Gel must be used alongside the workplace emergency procedure and must not delay medical treatment.
C-Gel is a 2.5% calcium gluconate topical gel designed for immediate first aid following skin exposure to hydrofluoric acid. When applied promptly and in accordance with the product instructions, it helps reduce the risk of further tissue damage.
An essential safety product for workplaces where hydrofluoric acid is used or stored, C-Gel should be kept readily accessible as part of the site’s emergency response procedures. All HF exposure requires urgent specialist medical attention.
Features:
Important: The selection of appropriate Personal Protective Equipment (PPE) is the responsibility of the end user and should be based on a suitable risk assessment of the workplace and associated hazards.
C-Gel is designed for professional environments where hydrofluoric acid risks demand immediate and effective first aid response. Its specialist calcium gluconate formula provides a reliable first aid solution for workplaces that require rapid access to HF burn treatment.
Compact, easy to store, and ready for emergency use, C-Gel is an essential safety product for facilities where hydrofluoric acid is handled. It supports workplace emergency preparedness by ensuring critical treatment is available when every second matters.
C-Gel is trusted by professionals working in environments where hydrofluoric acid exposure is a potential risk and rapid first aid response is essential, including:
Designed for workplaces where hydrofluoric acid is used or handled, C-Gel provides essential first aid support to help ensure a rapid response when exposure occurs.