Intumescent Fireproof & Thermal Barrier Coatings for Spray Foam Insulation
DC315 is approved product for Thermal Barrier & Ignition Barrier System over Spray Polyurethane Foam (SPF).
Canadian Construction Materials Centre CCMC 14036-R the protection of foamed plastics for section 9 and 3.
DC315 Fireproof Paint Thermal and Ignition Barrier for Spray Polyurethane Foam (SPF)
DC315 Fireproof Paint is a fully tested and approved intumescent coating to meet 15 minute Thermal Barrier and Ignition Barrier protection over Spray Polyurethane Foam (SPF). DC315 meets IBC/IRC codes in the USA, Canadian NBCC and many international Building Code Requirements.
Building Code Fire Performance Requirements for SPF: The International Building Code (IBC) mandates that SPF be separated from the interior of the building by a 15-minute thermal barrier, or other approved covering. DC315 Carries IAMPO ER-0499 and ICC-ESR 3702 Evaluation Reports confirming that DC315 meets IBC and IRC Code Requirements. DC315 has also been tested as an ignition barrier under AC 377 Appendix X.
DC315 tested solutions for Spray Polyurethane Foam
USA Building Code Fire Performance Requirements for SPF: If a coating does not carry a valid Code Evaluation Report confirming the Coating complies to AC377/AC456 the testing is not valid and cannot be used!
- More certified full scale Thermal and Ignition Barrier tests than any other product in the world
- DC315 manufacturing facilities are 3rd. party inspected for Quality Control.
- Listed under Warnock Hersey Intertek W/N 20947
- Tested useful life, fire resistant property is not compromised after 50 years
- Top coat for color, weather, and moisture protection, tested via NFPA 286 full scale testing
- ANSI 51 testing for incidental food contact
- Passed CAL 1350 – qualifies DC315 as a low-emitting material in the Collaborative for High Performance Schools rating system (CHPS Designed & CHPS Verified)
- Passed strict EPA – VOC and AQMD air emission requirements
- Single Coat Coverage” up to 24 Mils WFT on ceilings and walls – reducing labor costs equaling higher profits
- Meets Life Safety Code 101
- Meets LEED’s point requirements
- No formaldehyde
DC315 Frequently asked questions
DC315 Frequently asked questions:
Can DC315 be used over EPS, XPS or ICF products or be used to protect structural steel? – DC315 Fireproof Paint is designed for thermosetting (non-melting) type plastics like spray polyurethane foam and is not designed for substrates other than spray polyurethane foam.
If I need to achieve a 1-hour rating can I install DC315 thicker to meet the rating? DC315 has been tested in accordance with ASTME119 and CAN/ULC S-101 for 1 hr fire resistance in certain wall or floor assemblies. Contact IFTI to discuss further.
Can I apply DC315 all year long? – DC315 is an interior water based acrylic and will freeze at temperatures below 0°C. Recommended installation temperature of a minimum of 10°C must be maintained for the duration of installation and curing. It is also important to monitor humidity and do not install DC315 when humidity is over 85% or temperature is within 3°C of the dewpoint.
What type/size of sprayer? – 3000 psi and 1 gallon per minute with a 517 -523 tip size. (Graco 795 and higher). Removal of screens from machine and gun is required.
Can I use a topcoat? – interior water-based vinyl/acrylic such as Sherwin Williams A-100, Promar 400, 200 or dryfall paint products are suitable to apply over DC315. In these cases, the use of a topcoat offers a much higher architectural finish and the full scale testing we have completed verifies that the topcoat will not negatively impact the performance of the coating. Suitability of the topcoat for a specific end use application should be verified with the topcoat manufacturer prior to installation. https://painttoprotect.com/wp-content/uploads/2018/05/Top-Coat-and-Tinting-dc315.pdf
Can DC315 be tinted? – DC315 can be tinted with up to 1 oz per gallon of standard tints.
What Mil Thickness do I need? – Always refer to the IFTI testing matrix to ensure proper mil thickness and coverage rate for the specific type of foam blend being used. https://painttoprotect.com/matrix/
Where is a thermal barrier required? – All model building codes require that SPF, with some exceptions, must be separated from the interior of the building by an “approved thermal barrier.” Therefore, unless an exception applies, all interior SPF applications are required to be covered with an approved thermal barrier or be part of an approved alternative thermal barrier assembly.
Where is an Ignition Barrier Required? – One exception to the requirement for a thermal barrier is for attics and crawlspaces that are accessed only for the servicing of utilities and are not used for storage. In these cases an ignition barrier is required.