Falk Panel LLC
Building Products Listing Program
- Falk Panel LLC
- Insulated Metal Panels
- Walker, MI
- B1142-1
- B1142-1 Edition 1
- November 1, 2023
- November 1, 2023
- N/A
-
ASTM E84
Standard Test Method for Surface Burning Characteristics of Building Materials
NFPA 286
Standard Methods of Fire Tests for Evaluating Contribution of Wall and Ceiling Interior Finish to Room Fire Growth.
ASTM D1929
Standard Test Method for Determining Ignition Temperatures of Plastic.
UL 1256
Standard for Fire Test of Roof Deck Constructions.
NFPA 285
Standard Fire Test Method for Evaluation for Fire Propagation Characteristics of Exterior Wall Assemblies Containing Combustible Components.
NFPA 259
Standard Test Method for Potential Heat of Building Materials.
CAN/ULC S102
Standard Method of Test for Surface Burning Characteristics of Building Materials and Assemblies.
CAN/ULC S127
Standard Corner Wall Method of Test for Flammability Characteristics of Non-Melting Foam Plastic Building Materials.
CAN/ULC S126
Standard Method of Test for Fire Spread Under Roof-Deck Assemblies.
CAN/ULC S138
Standard Method of Test for Fire Growth of Insulated Building Panels in a Full-Scale Room Configuration.
CAN/ULC S101
Standard Methods of Fire Endurance Tests of Building Construction and Materials.
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Falk Panel LLC insulated metal panels (IMP) of the following types:
•HFW-40
•CSW-44
•SSR-42
•RRP-40
•MRP-44
•RDEK-40 -
Each panel is marked with a permanent label containing the following information:
a) Manufacturer’s name or recognized trademark
b) Product name
c) Date of manufacture
d) QAI file number: B1142
e) ASTM E84 / CAN/ULC S102 Flame Spread Index and Smoke Developed Indices as noted in this listing.
f) QAI logo shown here:
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Falk Panels IMP have the following ignition properties determined in accordance with ASTM D1929:
Ignition Properties
Flash Ignition Temperature:
≥ 600o+F (316oC)
Spontaneous Ignition Temperature:
≥ 800o+F (427oC)
Falk Panels IMP surface burning characteristics determined in accordance with ASTM E84:
Model(s)
Flame Spread Index
Smoke Developed Index
Maximum Thickness inches (mm)
Density Max. lbs/ft3 (kg/m3)
Falk Panel IMP
(w/o Steel Skin)
≤ 25
≤ 450
6
(152)
2.7
(43.2)
HFW-40, CSW-44, SSR-42, RRP-40, MRP-44, RDEK-40
(Evaluated With Steel Skin and representative joint)
≤ 25
≤ 450
6
(152)
2.7
(43.2)
Falk Panels IMP surface burning characteristics determined in accordance with CAN/ULC-S102:
Model(s)
Flame Spread Index
Smoke Developed Index
Thickness Maximum
mm (inches)
Density Max. kg/m3 (lbs/ft3)
Falk Panel IMP
(w/o Steel Skin)
≤ 5001
≤ 175
152
(6)
43.2
(2.7)
HFW-40, CSW-44, SSR-42, RRP-40, MRP-44, RDEK-40
(Evaluated With Steel Skin and representative joint)
≤ 252
≤ 100
152
(6)
43.2
(2.7)
Note 1: Flame spread index determined in accordance with CAN/ULC S127 for the foam core without steel skins.
Falk Panels IMP underdeck spread of flame per UL 1256:
Model(s)
Results
Thickness Maximum
mm (inches)
Density Max. kg/m3 (lbs/ft3)
HFW-40, CSW-44, SSR-42, RRP-40, MRP-44, RDEK-40
(Evaluated With Steel Skin and representative joint)
Complies
204
(8)
43.2
(2.7)
Falk Panels IMP underdeck spread of flame per CAN/ULC S126:
Model(s)
Results
Thickness Maximum
mm (inches)
Density Max. kg/m3 (lbs/ft3)
HFW-40, CSW-44, SSR-42, RRP-40, MRP-44, RDEK-40
(Evaluated With Steel Skin and representative joint)
Complies
204
(8)
43.2
(2.7)
Falk Panels IMP when installed in accordance with details listed below, have been found to meet requirements of NFPA 286:
QAI Design #
Model(s)
NFPA 286 Compliant Assembly
HFW-40, CSW-44, SSR-42, RRP-40, MRP-44, RDEK-40
Maximum 6 inches (152 mm) thickness.
Fastener at top and bottom panels for panel connection are required. Corners treated with flashing, mechanically secured.
Optional sealant can be applied at panel joints.
Note 3: Falk Panels described above have been found to comply with Section 2609.3 Special Approval of the 2021 International Building Code (IBC) for installation without a code prescribed thermal barrier.
Falk Panels IMP when installed in accordance with details listed below, have been found to meet requirements of CAN/ULC S138:
QAI Design #
Model(s)
CAN/ULC-S138 Compliant Assembly
HFW-40, CSW-44, SSR-42, RRP-40, MRP-44, RDEK-40
Maximum 6 inches (152 mm) thickness
Sprinklered Room compliant when equipped with 68oC (155oF) activation temperature, standard response pendant style listed sprinklers listed by an approved agency.
Fastener at top and bottom panels for panel connection are required. Corners treated with flashing, mechanically secured.
Optional sealant can be applied at panel joints.
Note 4: The above assembly has been evaluated and found compliant per 2020 NBC Section 3.1.5.7 Factory-Assembled Panels Clause 1) for use in Non-Combustible Construction for buildings that are sprinklered, < 18 meters high, have no Group A Group B or Group C major occupancies, with the panel having no air spaces, and where panels are used in application where flame spread ratings 10 – 150 are required. Flame spread rating of ≤ 25 is noted as Falk Panels IMP with joint, with surface burning ratings determined per CAN/ULC S102.
Falk IMP evaluated to CAN/ULC-S101 10-minute stay in place when used as wall panels:
Falk Panels CAN/ULC S101 10 Minute Stay in Place5
QAI Design #
Model(s)
Maximum Thickness
Maximum Duration
Openings
HFW-40, CSW-44
152 mm
(6 inches)
10 minutes
No Openings Developed
Note 5: The above assembly has been evaluated and found compliant per 2015 NBC Section 3.1.5.7 Factory-Assembled Panels Clause 2) for use in Non-Combustible Construction for buildings that are < 18 meters high, have no Group B or Group C major occupancies, with the panel having no air spaces, and where panels are used in application where flame spread ratings 10 – 150 are required.
Flame spread rating ≤ 25 is noted as Falk IMP with joint ratings determined per CAN/ULC S102.
Falk IMP products evaluated to NFPA 285:
Falk Panels NFPA 285
QAI Design #
Model(s)
Maximum Thickness
Potential Heat of Combustion6
Maximum Density
lbs/ft3
(kg/m3)
HFW-40
6 inches (152 mm)
11,350 Btu/ft2
2.7
(43.2)
Note 6: Potential Heat of Combustion determined in accordance with NFPA 259.
The materials, products or systems listed in this directory have been qualified to bear the QAI Listing Mark under the conditions stated with each Listing. Only those products bearing the QAI Listing Mark are considered to be listed by QAI.
The standard herein listed is the currently accepted version within the relevant certification scheme, code or other requirements unless otherwise noted. Transition periods may apply. Upon request, QAI will provide information about the validity of any of its certifications.
No warrantee is expressed or implied, and no guarantee is provided that any jurisdictional authority will accept the Listing found herein. The appropriate authorities should be contacted regarding the acceptability of any given Listing.
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