IMPA 33.6009 CO2 Release Station Sign
The IMPA 33.6009 CO2 Release Station Photoluminescent Sign is a critical safety sign used to mark the location of CO2 fire suppression release stations on ships, offshore platforms, and industrial facilities. CO2 systems are highly effective for extinguishing fires in machinery spaces and other enclosed areas by displacing oxygen and rapidly suppressing flames. This sign ensures that the CO2 release station is clearly identified, allowing crew members and emergency personnel to locate and activa...Full description
The IMPA 33.6009 CO2 Release Station Photoluminescent Sign is a critical safety sign used to mark the location of CO2 fire suppression release stations on ships, offshore platforms, and industrial facilities. CO2 systems are highly effective for exti...Full description
The IMPA 33.6009 CO2 Release Station Photoluminescent Sign is a critical safety sign used to mark th...Full description
- Model Code:
- IMPA:
- 336009
- Size:
- 200x300mm
- Material:
- SAV
- Orientation:
- Pack Qty:
1 | 2+ | 5+ | 10+ | 20+ |
---|---|---|---|---|
0.00 | 0.00 | 0.00 | 0.00 | 0.00 |
33.6009-26-PLSA | 150mm x 150mm | Self Adhesive Photoluminescent |
3.01 (inc VAT 3.61) |
2.86 (inc VAT 3.43) |
2.71 (inc VAT 3.25) |
2.56 (inc VAT 3.07) |
2.47 (inc VAT 2.96) |
33.6009-26-PL | 150mm x 150mm | Rigid Photoluminescent |
3.81 (inc VAT 4.57) |
3.62 (inc VAT 4.34) |
3.43 (inc VAT 4.12) |
3.24 (inc VAT 3.89) |
3.12 (inc VAT 3.74) |
33.6009-80-PLSA | 300mm x 300mm | Self Adhesive Photoluminescent |
9.20 (inc VAT 11.04) |
8.74 (inc VAT 10.49) |
8.28 (inc VAT 9.94) |
7.82 (inc VAT 9.38) |
7.54 (inc VAT 9.05) |
33.6009-80-PL | 300mm x 300mm | Rigid Photoluminescent |
11.62 (inc VAT 13.94) |
11.04 (inc VAT 13.25) |
10.46 (inc VAT 12.55) |
9.88 (inc VAT 11.86) |
9.53 (inc VAT 11.44) |
Code | Size | Material | 1 | 2 - 4 | 5 - 9 | 10 - 19 | 20+ |
---|
150mm x 150mm Self Adhesive Photoluminescent |
3.01 (inc VAT 3.61) |
2.86 (inc VAT 3.43) |
2.71 (inc VAT 3.25) |
2.56 (inc VAT 3.07) |
2.47 (inc VAT 2.96) |
150mm x 150mm Rigid Photoluminescent |
3.81 (inc VAT 4.57) |
3.62 (inc VAT 4.34) |
3.43 (inc VAT 4.12) |
3.24 (inc VAT 3.89) |
3.12 (inc VAT 3.74) |
300mm x 300mm Self Adhesive Photoluminescent |
9.20 (inc VAT 11.04) |
8.74 (inc VAT 10.49) |
8.28 (inc VAT 9.94) |
7.82 (inc VAT 9.38) |
7.54 (inc VAT 9.05) |
300mm x 300mm Rigid Photoluminescent |
11.62 (inc VAT 13.94) |
11.04 (inc VAT 13.25) |
10.46 (inc VAT 12.55) |
9.88 (inc VAT 11.86) |
9.53 (inc VAT 11.44) |
Size / Material | 1 | 2+ | 5+ | 10+ | 20+ |
---|
The IMPA 33.6009 CO2 Release Station Photoluminescent Sign is a critical safety sign used to mark the location of CO2 fire suppression release stations on ships, offshore platforms, and industrial facilities. CO2 systems are highly effective for extinguishing fires in machinery spaces and other enclosed areas by displacing oxygen and rapidly suppressing flames. This sign ensures that the CO2 release station is clearly identified, allowing crew members and emergency personnel to locate and activate the system quickly during a fire emergency.
Constructed from durable, high-quality materials, the IMPA 33.6009 sign is designed to withstand demanding maritime and industrial conditions, including humidity, salt exposure, and temperature variations. Its photoluminescent surface provides excellent visibility in low-light or power outage situations, ensuring the sign remains visible even when lighting is limited during critical moments.
Installing the IMPA 33.6009 CO2 Release Station Photoluminescent Sign enhances fire safety awareness, ensures compliance with International Maritime Organisation (IMO) standards, and promotes efficient emergency response by clearly marking the control point for CO2 fire suppression systems.
Materials available for this product

Rigid Photoluminescent
- Description:
- Rigid Photoluminescent (GITD) Glow in the dark
- Thickness:
- 1mm
- Fixing Options:

Self Adhesive Photoluminescent
- Description:
- Self Adhesive Photoluminescent
- Thickness:
- 0.229mm
- Fixing Options:
*indicates your currently selected material