Key Features
• Integrated Insulation and Passive Fire Protection to J120
• High integrity corrosion protection with joint less corrosion barrier suitable for
splash and tidal zone
• Long term resistance to wave action and debris impact
• Durable Construction to withstand service and environmental conditions
• Field joint application can be done on site or offshore
• Ambient Cure, no specialised curing procedures or equipment
• Low Heat Transfer Coefficient (U-Value) = 0.91 Wm-2K-1 at 96mm
• Wide tolerance to elevated & low service temperatures (+185°C to -196°C)
• Truly passive fire protection, material does not undergo any chemical change in the
course of the fire
• ContraFlame JF120-200 meets Total Specification GS SAF 337
• ContraFlame® JF120-200 system carries jet fire certification for use on
process equipment, risers and pipework
• Maximum temperature rise after 2 hour tubular jet fire = 64°C
• Lloyds certification SAS F060240
• Tested on riser system with Hp/A up to 161m-1
Material
ContraFlame® a multifunctional composite systems based on
unique phenolic syntactic foam and phenolic glass reinforced laminate.
Construction
ContraFlame® Tie Coat applied to blasted & corrosion coated substrate.
Primary layer of C50-400 is applied at a thickness of 75mm, and is
designed to give the best level of thermal insulation performance.
The density is 400kgm-3 and k value is circa 0.08Wm-1K-1.
The secondary layer of C50-700 is applied directly over the primary
layer at a thickness of 15mm and is designed to give enhanced
resistance to jet fire erosion and low water absorption performance.
The density of this layer is 700 kgm-3 and the k-value is circa
0.1 Wm-1K-1.
The combination of these layers together with the Duplex steel
pipe and 6mm topskin laminate results in an overall system
U-Value of 0.91 Wm-2k-1 at 96mm total thickness.
Typical Application
• Risers
• Pipework which requires heat conservation and passive
fire protection
Design Criteria
• Offshore risers routing flammable products to and from a facility
from below the Lowest Astronomical Tide (LAT)
• Specification that requires a maximum back face temperature
rise of 200°C after 2 hours jet fire
For additional information regarding the application please contact us on
Sales@aisplc.com
+44 (0)1452 880 880