New products

New
Public Access Trauma (PAcT) Kit Sign
Enable fast, effective location of your Public Access Trauma (PAcT) Kits in an emergency – when catastrophic bleeding occurs, every second counts. Official guidance from ProtectUK and NaCTSO recommends that "every person should be aware of the location of a PAcT First Aid Kit, regardless of the setting."
With Martyn's Law requiring public premises to enhance safety and preparedness against terrorist attacks, clear trauma signage is essential. Our PAcT Kit signs help you comply with HSE guidance under The Health and Safety (First-Aid) Regulations 1981, and are printed in-house using durable, UV-stabilised inks for long-lasting clarity.

Emergency Visibility: Promotes fast identification and accessibility of PAcT Kits when every second counts
Martyn's Law & HSE Compliant: Supports your duty to enhance public safety and meets Health and Safety (First-Aid) Regulations 1981 requirements
NaCTSO Recommended: Aligns with official ProtectUK and NaCTSO guidance on PAcT Kit awareness
Durable Quality: Bold, high-quality print using UV-stabilised inks for long-lasting clarity indoors and outdoors
New
Pack of 6 Danger Asbestos Keep Out Signs
6-pack of Danger Asbestos Keep Out signs printed on recyclable Correx (fluted plastic). These multi-message yellow and blue danger signs clearly warn that asbestos hazards may be present nearby and help restrict access to the area.

Clear “Danger Asbestos” warning to alert employees, contractors, and visitors to a serious health hazard.
“Keep Out” message helps prevent unauthorised entry and supports controlled access procedures.
Supplied as a 6-pack for consistent signage across multiple locations, entrances, or barriers.
Conforms to EN ISO 7010:2020
New
Danger Explosive Atmosphere Sign - EX Atex Category 3
Danger Explosive Atmosphere Sign – ATEX Category 3, EX Zone 3 (risk present for 10–1,000 hours per year). This EX safety sign clearly warns that an explosive atmosphere may occur, helping people take the correct precautions to reduce the risk of ignition and injury.

Identifies the area as EX Zone 3, indicating a high likelihood of explosive atmosphere
Supports ATEX compliance by clearly marking hazardous zones and access points
Improves site safety for employees, contractors, and visitors by highlighting a critical hazard
Conforms to EN ISO 7010:2020
New
Danger Explosive Atmosphere Sign - EX Atex Category 2
Danger Explosive Atmosphere Sign – ATEX Category 2, EX Zone 2 (risk present for 10–1,000 hours per year). This EX safety sign clearly warns that an explosive atmosphere may occur, helping people take the correct precautions to reduce the risk of ignition and injury.

Identifies the area as EX Zone 2, indicating a high likelihood of explosive atmosphere
Supports ATEX compliance by clearly marking hazardous zones and access points
Improves site safety for employees, contractors, and visitors by highlighting a critical hazard
Conforms to EN ISO 7010:2020
New
Danger Explosive Atmosphere Sign - EX Atex Category 1
Danger Explosive Atmosphere Sign – EX Zone 1, ATEX Category 1 (risk present for more than 1,000 hours per year). This EX safety sign clearly warns that an explosive atmosphere may be present, helping to reduce the risk of ignition and serious injury.

Identifies the area as EX Zone 1, indicating a high likelihood of explosive atmosphere
Supports ATEX compliance by clearly marking hazardous zones and access points
Improves site safety for employees, contractors, and visitors by highlighting a critical hazard
Conforms to EN ISO 7010:2020
New
Danger High Voltage - No Admittance Authorised Personnel Only Sign
A multi-message Danger High Voltage No Admittance Authorised Personnel Only safety sign helps protect employees and visitors by clearly warning of electrical hazards and restricting access to authorised personnel to reduce the risk of injury.

Clearly warns of a high-voltage electrical hazard to prevent accidental contact
States “No Admittance” to deter unauthorised entry into restricted areas
Helps improve on-site compliance and reduce the likelihood of injury or incidents
Conforms to EN ISO 7010:2020