Production introduction
Available in FP 3% (-16℃) and FP 6% (-20℃) models, this concentrate thrives in low - temp scenarios. Both share a dark brownish hue, with pH levels (6.8–7.2) primed for stable storage and deployment. Boasting a viscosity of ≤30 MPas at 20℃, it flows seamlessly through firefighting setups, ensuring steady foam output.
Performance - wise, the FP 3% delivers an expansion ratio of 6.8±1 and a 25% drainage time of 5.7(1±20%) min. The FP 6% steps up with a 7.1±1 expansion ratio and a 5.5(1±20%) min drainage time. These specs guarantee a long - lasting foam blanket, perfect for smothering flames. Plus, freezing points of -16℃ (FP 3%) and -20℃ (FP 6%) let it tackle harsh winters where regular foams falter.
From refineries to chemical plants, the Fluoro Protein Foam Concentrate offers consistent fire - fighting power. Its cold - climate adaptability, smooth flow, and persistent foam make it a cornerstone of fire - safety setups, shielding assets and lives by swiftly quelling flammable liquid blazes.
Products Parameters
|
Model |
FP 3% (-16℃) |
FP 6% (-20℃) |
|
Appearance |
Dark Brownish Liquid |
|
|
PH |
6.9-7.2 |
6.8-7.1 |
|
Viscosity @ 20℃ |
≤30 MPas |
≤30 MPas |
|
Expansion Ratio |
6.8±1 |
7.1±1 |
|
25% Drainage Time |
5.7( 1±20% ) min |
5.5( 1±20% ) min |
|
Freezing Point |
-16℃ |
-20℃ |
Products Description
FAQ
Q: Does this concentrate work with all types of foam - generating equipment?
A: It's compatible with most standard gear, but always check the equipment specs. Older or specialized systems might need adjustments for optimal performance with this concentrate.
Q: How does humidity affect the foam's effectiveness?
A: High humidity can slightly reduce foam stability. In very damp areas, store the concentrate in a dry space and test foam quality before use to ensure it meets fire - fighting needs.
Q: Can the concentrate be stored outdoors in temperate regions?
A: Outdoor storage is possible, but protect containers from direct sunlight and extreme weather swings. Prolonged exposure to harsh elements can degrade the concentrate over time.
Q: Is there a difference in application for small - scale vs. large - scale fires?
A: Yes. For small fires, use lower flow rates and ensure even foam distribution. Large - scale blazes demand higher flow and coordinated application to cover vast fuel surfaces effectively.
Q: What's the best way to train personnel on using this concentrate?
A: Conduct hands - on drills with the actual equipment and concentrate. Include scenario - based training (like tank fires) and cover safety protocols, dilution ratios, and equipment troubleshooting.