A1S Fire & Smoke Curtains to Exhibit at The Fire Safety Event 2025
Birmingham, UK – 13th February 2025 – A1S Fire & Smoke Curtains, a leading manufacturer, installer, and global exporter of fire and smoke curtains, is thrilled to announce its participation in The Fire Safety Event 2025. The event is scheduled to take place from 8th to 10th April 2025, at the National Exhibition Centre (NEC) in Birmingham.
With over 30 years of experience, A1S Fire & Smoke Curtains has been at the forefront of delivering high-quality, British-made fire safety solutions. Their extensive product range includes vertical and horizontal fire curtains, smoke curtains, and fire and smoke curtains. The company has contributed to numerous landmark projects, such as Selfridges Oxford Street, Qatar 2022 World Cup Stadia, and the Bloomberg Building.
Carl Everest, Managing Director of A1S Fire & Smoke Curtains, expressed his enthusiasm about the upcoming event:
"We are excited to be attending The Fire Safety Event for the first time. This event will provide an excellent opportunity to showcase our innovative products and demonstrate our commitment to improving the fire safety industry."
Mick Speight, Operations Manager at A1S Fire & Smoke Curtains, also highlighted the significance of the exhibition:
"Participating in this event allows us to connect directly with industry professionals, discuss the technical aspects of our products, and explore collaborative opportunities to enhance fire safety across various sectors."
The Fire Safety Event is renowned for bringing together fire safety professionals, offering insights into the latest products and solutions in fire safety management. Attendees can look forward to CPD-accredited seminars, live demonstrations, and networking opportunities with experts and peers in the field.
A1S Fire & Smoke Curtains invites all attendees to visit their stand 4/M102 to learn more about their comprehensive range of fire safety solutions and discuss how they can assist in achieving the highest standards of fire protection.
