Drive-Marine Services

POURING FOAM NON-CFC RIGID LOW DENSITY POLYURETHANE FOAM SYSTEM DESCRIPTION Pouring Foam is a flame retarded, NON-CFC, two pack rigid polyurethane foam system producing foam with a nominal freerise density of 36-38 kg/m3. MIX RATIO One (1) Part of Polyol Pouring Foam to One (1) part lso Pouring Foam (or equivalent) by weight or 1:1 by volume. An expansion ration of 25:1 is achievable. APPLICATIONS Pouring Foam is recommended for use as thermal insulation in cold and hot applications, from -50°C to +85°C temperature range. It is suitable for use in 'buoyancy' applications ie. cavities, compartments and void filling for boats, wave-skis, canoes etc. and in building panels, moulded fibreglass systems. A classic example is the Joey Dinghy which uses 3.6mm Pacific Maple for the buoyancy tanks and seat bulkheads. This structure would easily break if it was not filled with Pouring Foam. Pouring Foam makes the structure extremely rigid, watertight and provides excellent buoyancy. It is ideal for moulding/void filling applications where low weight and increased stiffness/stability are required. Pouring Foam is suitable for pour-in-place or injection use by either 'hand' mixing or machine processing. Power mixing improves aeration and maximum expansion. Click here to view the technical data sheet. Please refer to MATERIAL SAFETY DATA SHEETS for precautions for safe handling and working with each component of the system, danger to certain individuals and decontamination of spills. No liability is accepted by BoatCraft Pacific Pty. Ltd., for any loss, damage arising from the use of the within information or materials described, no warranty, with expressed or implied, is given as to the exclusion from any patents or as to the fitness of the goods described for any particular purpose and each application should be fully evaluated to the satisfaction and acceptance of the user, in particular as to the combustibility or flammability or toxicity of material generated by combustion of the products herein described or materials produced from these products.
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POURING FOAM
NON-CFC RIGID LOW DENSITY
POLYURETHANE FOAM SYSTEM

DESCRIPTION
Pouring Foam is a flame retarded, NON-CFC, two pack rigid polyurethane foam system producing foam with a nominal freerise density of 36-38 kg/m3.

MIX RATIO
One (1) Part of Polyol Pouring Foam to One (1) part lso Pouring Foam (or equivalent) by weight or 1:1 by volume. An expansion ration of 25:1 is achievable.

APPLICATIONS
Pouring Foam is recommended for use as thermal insulation in cold and hot applications, from -50°C to +85°C temperature range. It is suitable for use in 'buoyancy' applications ie. cavities, compartments and void filling for boats, wave-skis, canoes etc. and in building panels, moulded fibreglass systems. A classic example is the Joey Dinghy which uses 3.6mm Pacific Maple for the buoyancy tanks and seat bulkheads. This structure would easily break if it was not filled with Pouring Foam. Pouring Foam makes the structure extremely rigid, watertight and provides excellent buoyancy. It is ideal for moulding/void filling applications where low weight and increased stiffness/stability are required. Pouring Foam is suitable for pour-in-place or injection use by either 'hand' mixing or machine processing. Power mixing improves aeration and maximum expansion.

Click here to view the technical data sheet.

Please refer to MATERIAL SAFETY DATA SHEETS for precautions for safe handling and working with each
component of the system, danger to certain individuals and decontamination of spills.

No liability is accepted by BoatCraft Pacific Pty. Ltd., for any loss, damage arising from the use of the within information or materials described, no warranty, with expressed or implied, is given as to the exclusion from any patents or as to the fitness of the goods described for any particular purpose and each application should be fully evaluated to the satisfaction and acceptance of the user, in particular as to the combustibility or flammability or toxicity of material generated by combustion of the products herein described or materials produced from these products.