Adhesion
ASTM D413 (A, B), D751 (45-48), D903, D1623
Chrysler 463LB-10-01
ESX 83220 (4.2.3)
FLTM BN 151-05
GM 3602M (3.5), 9207P (3.1), 9986183 (3.2.2.1),
9986242 (3.6)
GMW 14892 (3.1.5)
HES D6506-00 (5.24)
Honda 98M-8320Z-S84-0000 (5.6)
NES 87000 NDS00
TSL 2105G (4.11), 5100G (4.5)
TSM 7100G (4.13)

Aged Load Loss
ESB-M2D221-D (3.5)
WSB-M2D402-A3 (3.6.12)

Aged Weight Loss
ESB-M2D297-A4 (3.13)
WSB-M2D456-A

Air Permeability
ASTM D737, D3574 (G)
GM 251M (4.1)
HES D6506-00 (5.17)
ISO 9237
JIS K6400 (13)
TSL 2107G (4.1)
TSM 7100G (4.15)

Ash Content
ASTM D586, D1278 (14-17)

Ball Rebound
ASTM D3574 (H)
ESB-M2D221 (3.17)
ESX 83218 (4.15)
FM-LOS-ST-10-6-01E (4.7.5)
ISO 8307
JASO B 408-89 (6.7)
JIS K6400 (9), K6401 (2)
TS Tech Honda (4-6)
TSM 7100G (4.7)
Volvo STD 1024.1311
WSB-M2D402-A3 (3.6.16)

Cell Count
WSD-M2D243-A2 (3.5.8),
-A4 (3.5.8), -A5 (3.5.8)
WSS-M2D491-A1 (3.5.8)

Circular Modulus
TSL 2104G (4.8)

Cleanability
Chrysler LP-463KC-04-01 (Procedures 1 and 2)
GM 6291M (3.1.2)

Coefficient of Linear
Thermal Expansion

TSM 5725G (7.3.2.3), 6729G (5.8)

Cold Cracking
WSS-M99-P29-A

Cold (Low Temperature) Flexibility
ESA M4D57-A (3.1.8),
M4D200-B (3.1.8)
ESF-M4D155-A (3.8)
ESH-M4D291-F (3.1.8)
FLTM BN 102-01
GM 251M (Table 1)
Honda 7426Z-S3V-A000 (4.2.5)
MS-AY 301, 303, 326, 349, 350, 355, 545
WSS M15P2-C, M99-P32-A

TOP

Cold Resistance

MS-AY 310

Compression and Recovery
ESB-M17H93-C2, C3, C4 (3.4.9)

Compression Deflection Stress

ISO 3386/1

Compression Force Deflection
ASTM D1056 (17-22, 34-41),
D3574 (C)
BS 4443-2-7
DIN 53577
ESX 8318 (4.4, 4.7)
GME 60 283-5
ISO 844, 6916-2 (Annex B)
JIS K6400 (Annex)
Kia MS200-34 (4.7, 4.8)
Renault D47 1003
TSM 6716G (4.8.2, 4.8.3),
7100G (4.3, 4.4)

Compression Load Deflection Change
ESB-M2D221 (3.5.2)
FLTM BO 13-2

Compression Ratio and Recovery
Honda 8330Z-SDCA-A000 (4.2.3)

Compression Set

ASTM D1056 (49-55),
D3574 (D)
BS 4443-1-6A
DIN 53572
ESX 83218 (4.9)
FLTM BN 115-07
FM-LOS-ST-10-6-01E (4.7.6)
GME 60 283-4 (B2, C2, B4)
Honda 7426Z-S3V-A000 (4.3.3)
Hyundai MS-200-34
ISO 815-1, 1856 (A),
6916-2 (Annex D)
JASO B 408-89 (6.9)
JIS K6301 (10), K6400 (7)
NES M0086 (8)
Renault D45 1046
TS Tech Honda (4-8-1)
TSM 5725G (7.1.2.3), 7100G (4.8)
Volvo STD 1024.1111

Compressive Strength
ASTM D1621 (A)
DIN 53421
FLTM BO 115-08
TSL 3608G (4.7)
TSM 5725G (7.1), 6729G (5.6)

Conditioning
ASTM D3574 (6)
GMW 3221

Crease
GM 9201
GM 9201P
WSS M8P3 (3.29.1), M8P18 (3.13.2)

Curling
GM 2737M (5.9)
GMW 4089
WSS-M8P18 (3.19)


Density
ASTM C271/C271M, D1056 (61-66), D1622, D3574 (A)
BS 4443-1-2
ESX 83218
FM-LOS-ST-10-6-01E (4.7.1)
GME 60 283-1
HES D6506-00 (5.1)
Honda 8330Z-SDCA-A000 (4.2.1), 7426Z-S3V-A000
Hyundai MS-200-34
ISO 845
JASO B 408-89 (6.1)
JIS K6400 (5)
NES M0086 (4)
Renault D45 1045
TS Tech Honda (4-1)
TSL 3608G, (4.3)
TSM 5725G (7.1.2), 6729G, 7100G (4.1)
Volvo STD 1026.6122

Dimensional Stability
ASTM D2126 (except -73?C), D3574 (K)
DIN 53424 (3)
GMW 4217
Honda 98M-8320Z-S84-0000 (5.23)
ISO 2796
MS DC600 (Table 3.8)
NES D6505 (5.25, 5.26), M0086 (9)
SAE J315 (3.15), J883
TSL 2104G (4.5)
TSM 5725G (7.3), 6729G (5.7)
WB 0001 (3.3.1)
WSS-M2D494-A1 (3.5.1)

Dry Heat Aging
ASTM D3574 (K)
Chrysler LP-463LB-13-01
ESX 83218 (4.4a)
FIAT AUTO 9.03139 (2.12.2)
GME 60 283-6
GMW 14358
Honda 98M-8320Z-S84-0000 (5.2)
ISO 2440
Kia MS200-34 (4.4)
TSM 7100G (4.11)
Volvo STD 1027.2221

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Effect of Liquids
ISO 1817 (7.2)

Environmental Aging
ASTM D896
Chrysler 463LB-12-01
FIAT AUTO 9.03137 (2.14.2)
GM 9200P, 9505P
(Cycles: H, M, N, P)
GMW 14124 (Cycles: H, M, N, P, Q, R, S, T, W)
Honda 98M-8320Z-S84-0000 (5.4)
ISO 2440
SK-M98D9736-A
TSM 5725G (3, 4, 5, 6),
6729G (5.6.2, 5.6.3, 5.6.4, 5.6.5, 5.6.6),
7100G (4.10)
WSB-M2D403-A3 (3.4.7)
WSS-M99-P29-A (3.4.7)

Fatigue Resistance
by Roller Shear

ASTM D3574 (I2)
FLTM BO 12-4

Fatigue Resistance
by Constant Force Pounding

ASTM D3574 (I3)
ESX 83218 (4.10)
Honda 7426Z-S3V-A000 (4.3.4), 8330Z-SDCA-A000
Hyundai MS-200-34 (4.10)
ISO 3385
JASO B 408-89 (6.8)
JIS K6382, K6400 (8)
NES M0086 (11)
TS Tech Honda (4-7)
TSM 7100G (4.9)
ASTM D3574 (I1)

Flammability
CAL 117, Section A, Part I, Vertical Burn
CAL 117, Section D, Part II, Smoldering
TL 1011

Flammability, Horizontal Burn

ASTM D5132
CMVSS 302
DIN 75200
ES-E97B-1011014-AA
ESX 60410
FIAT AUTO STD 7-G200
FLTM BN 024-02
FM-LOS-ST-10-6-01E (4.7.7)
FMVSS 302
GM 6090M, 9070P
GMW 3232
HES C206-99 (A), D6003
ISO 3795
JIS K6400 (12)
Kia MS300-08
MES CF 050A
MS JP 9-4
NES M0094
Renault D45 1333
SAE J369
TSM 0500G, 0504G (A)
Volvo STD 5031.1
VW TL 1010

Flexibility
ESB M2D221 (3.5.3), M2D243-A (3.3.8.2),
M2D297-A4 (3.12), M4D113 (3.4.2),
M4D262-C (3.4.2), M17H93 (3.4.3)
FLTM BN 102-01, BO 012-01
WSB M2D402-A3 (3.6.13), M17H93-C7 (3.6.4)

Flexural Modulus

ASTM C203, D790 (A)
DIN 53423
Honda 8320Z-SDA-0000 (6.17), 98M-8320Z-S84-0000 (5.21)
ISO 178

Fogging
Chrysler LP-463DB-12-01
DIN 75201
GM 9305P
GMW 3235
FM-LOS-ST-10-6-01E (4.7.9)
SAE J1756
TSM 0503G
Volvo STD 1027.2711, 1027.2719

Friability
ASTM C421

TOP

 

SCOPE OF ACCREDITATION TO ISO/IEC 17025-2005
P3T LAB – POLYURETHANE PHYSICAL PROPERTY TESTING LABORATORY
A division of Woodbridge Foam Corporation.

MECHANICAL
Valid To: March 31, 2013
Certificate Number: 2050.01
In recognition of the successful completion of the A2LA evaluation process, accreditation is granted to his laboratory to perform the following tests on polyurethane foam (flexible and semi-rigid), foam /fiberglass laminated boards and foam / fabric laminated rolls:

|A| |B| |C| |D| |E| |F||G| |H| |I| |J| |K| |L| |M| |N|
|O| |P| |Q| |R| |S| |T| |U| |V| |W| |X| |Y| |Z|



Gloss
ASTM D523

Heat Aged Weight Loss

Honda 7426Z-S3V-A000 (4.2.6)
MS-AY 352 (Table 1)

Heat Discoloration Resistance
Chrysler LP-463LB-13-01
GM 9131P
NES 8700 NDS00 (12.1.1)

Humidity Aging
ASTM D2126 (except -73?C), D3574 (J1, J2)
BS 4023:1975 (Appendix C)
FLTM BO 12-1
GME 60 283-5E
GMW 14357
ISO 2440
JASO B 408-89 (6.11)
JIS K6400 (2)
Renault 1637
TS Tech Honda (4-8-2)
TSM 7100G (4.8)
Volvo STD 1027.2421

Hydrolytic Stability

GM 9231P

Hysteresis Loss of Foams
ASTM D3574 (X6)
JASO B408-89 (6.3)
JIS K6400 (Annex)
TS Tech Honda (4-3-5)
TSM 7100G (4.3)

Ignitability of Upholstered Furniture

SN EN 1021-1, -2

Indentation Force Deflection
ASTM D3574 (B1, B2)
BS 4443-2-7
DIN 53576, 53579 (T1)
ESX 83218 (4.7)
FIAT Auto STD 7.M8300 (D/1)
FIAT MS 50430/02
FLTM BO 12-1
FM-LOS-ST-10-6-01E (4.7.2)
GM 6084M (3.11)
GME 60 283-7B
GMW 14359, 14363
ISO 2439, 3386/1
JASO B 408-89 (6.2)
JIS K6382 (5.3), K6400
Kia MS200-34 (4.7, 4.8)
MS DC-649 (Appendix A)
MS DC69<S> (Table 2)
NES M0086 (5)
SAE J815
TS Tech Honda (4-2)
TSM 6715G (4.8.2), 7100G (4.2, 4.3)
Volvo STD 1024.3131

Inverted Bending Test
ASTM 1388
TSL 2104G (4.9)

Linear Dimensions
ISO 1923
Volvo STD 1022.2315

Load Height Change (Loss)
ESB M2D221 (3.5.1), M17H93-C1, C2, C3, C4, C5, C6 (3.4.2)

Low Temperature Load Compression
ESB M2D221 (3.6), M2D243-A (3.3.9), M4D262 (3.5)


Mass Per Area

ASTM D3776, D3887
FLTM BN 106-01
GM 2737M (5.1)
GMW 3182
SAE J860
TSL 2104G (4.1)

Mildew Resistance
ESB-M2D297-A4 (3.11)
GM 9128P
GMW 3259
WSS-M99-P32-A (3.15)

Moisture Uptake
WSS-M2D491-A1 (3.5.14)

Odor
ESB-M2D221 (3.8), M4D262 (3.7)
ESX 62101, 32102, 83220
FLTM BO 131-01, BO 131-03
FM-LOS-ST-10-6-01E (4.7.8)
GM 9130P
GME 60276
GMW 3205
Honda 7426Z-S3V-A000 (4.4.9), 8330Z-SDCA-A000 (4.2.10)
MS DC634-B5, 300-34
SAE J1351
TS 202731
TSM 0505G
VDA 270

Open Cell Content

ASTM D6226

Polycarbonate Contamination

Honda 8330Z-SDCA-A000 (4.2.8)

Recoverability
MS DC600 (Table 3.9)

Recovery Time
ASTM 3574 (M)

Resistance to Blocking

GM 2737M (5.14)

Resistance to Heat

Chrysler 463LB-13-01

Resistance to Cold Cracking

GM 9140P (A)
SAE J323 (A)

Resistance to Deterioration

ESB M2D221-A, B, C (3.5),
M4D113-C (3.4), M4D262-C
FLTM BO 12-1

Resistance to Humidity
(Hot and Cold Cycling)
Chrysler LP-463LB-12-01

Resistance to Steaming
Chrysler LP-463KC-15-01

Rust Acceleration Test
TSL 2106G (4.12)

Sag
Honda 8320Z-SDA-0000 (6.18), 98M-8320Z-S84-0000 (5.22)

Shrinkage

FLTM BN 105-01
HES D6506-00 (5.12)
Honda 7426Z-S3V-A000 (4.2.6)

Solvent Resistance

ESB M2D221-A, B, C (3.11), M2D221-D (3.10),
M2D243-A (3.3.13), M4D113 (3.10),
M4D262-C (3.10), M17H93 (3.4.7)
MS-AY 309, 310
TS 202731 (3.8.14)
TMS 6501 (4.3.9)

Staining
ASTM D925 (A)
GM 9131P, 9141P
MS-DC-649 (Appendix A)
TSM 7100G (4.14)
VW staining PV 3937
WSS M15P20-B1/B2 (3.3.13)

Staining of Polycarbonate
Honda 7426Z-S3V-A000 (4.3.5)

TOP

Stress Relaxation Test
TSM 7100G (4.4)

Stretch and Set
HES D6506-00 (5.5)
SAE J855
TSL 2104G (4.6), 2105G (4.2)

Tear Resistance
ASTM D624 (Die C), D1004, D2261, D3574 (F), D5587, D5733
DIN 53356 A
ESX-83218 (4.3)
GME 60 283-3
GMW 3326
HES D6506-00 (5.6)
Hyundai MS-200-34 (4.3)
ISO 34-1, 8067, 13937-2
JASO B 408-89 (6.6)
JIS K6301, K6400
NES M0086 (12)
Renault D41 1048
TS Tech Honda (4-5)
TSL 2105G (4.3), 2106G (4.2, 4.3)
TSM 7100G (4.6)
Volvo STD 1024.3721

Tensile / Elongation
ASTM D412, D1623, D3574 (E), D5034
BS 4443-1-3A
DIN 53571 A2
ESX-83218 (4.2)
GME 60 283-2
GMW 3010M
HES D6506-00 (5.4)
Honda 98M-8320Z-S84-0000 (5.3), 83308-SDCA-A000
Hyundai MS-200-34 (4.2)
ISO 527-1, -2 (except 5.1.5), 1798
JASO B 408-89 (6.5)
JIS K6251, K6301 (3), K6400 (10)
NES M0086 (6)
Renault D41 1029
TS Tech Honda (4-4)
TSL 2105G (4.1), 2106G (4.1)
TSM 7100G (4.5)
Volvo STD 1024.2115

Thickness

ASTM D1777, D1813, D5736
ISO 5084
SAE J882

Water Absorption
ASTM C272, D570, D1056 (42-48)
GM 9986183 (3.2.2.4)
ISO 6916-2 (Annex E)
MS DC600 (Table 3.11)
NES M0086
SAE J315 (12)

Water Vapor Transmission
ASTM E96/E96M

Wet Heat Aging Compression Set
ASTM D3574 (L)
ESX-83218 (4.9)
JIS K6400
TS Tech Honda (4-8-2)
TSM 7100G (4.8.2)