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3M™ Bumpon™ Protective Products
Resilient Rollstock - Clear Series SJ5600
Typical Physical Properties and Performance Characteristics
Note: The following technical information and data should be considered representative or typical only and should
not be used for specification purposes.
Property Test Method*** Test Results
Hardness, Shore M ASTM-D-2240 73-78
Approximate Density, lb./ft.2 (gm/cm3)70 (1.1)
Resilience, % ASTM-D-2632 8-11
Kinetic Coefficient of Friction* ASTM-D-1894
Glass, Stainless Steel > 1
Abrasion Resistance, gm/1000 cycles ASTM-C-501; Taber H, 1 kg < 0.13
Tensile, lb./in.2 (MPa) ASTM-D-412, Die A > 580 (4.0)
Elongation, % ASTM-D-412, Die A 100
Stain Resistance** 3M - 24 hrs. at 158°F against white paint,
7 days, 7 days exposed to UV
No staining
Solvent Resistance** 3M - 24 hr. immersion
5% Detergent in water
25% Detergent in water
5% Bleach in water
Gasoline (10% ethanol)
Motor Oil (10W30)
Isopropyl Alcohol
No apparent effect
No apparent effect
No apparent effect
Slight swelling
No apparent effect
Slight swelling
Flammability Listing Classification UL94HB
Load Tolerance The “recommended” maximum load which 3M™ Bumpon™ Protective Product SJ5600
series rollstock will support is 100 psi (690 kPa) at 21°C (70°F) to 49°C (120°F).
Application Temperature 4°C (40°F) to 52°C (125°F)
Service Temperature -34°C (-30°F) to 66°C (150°F);
107°C (225°F) intermittent exposure
* Two important laws of friction applicable to 3M™ Bumpon™ Protective Products Resilient Rollstock are (1) friction is independent of the area of
contact between solids and (2) friction is proportional to the load between solids surfaces. Thus, if the load (weight) is doubled the force required
to cause surface sliding is also doubled. This is expressed mathematically as follows: Slide force = (kinetic coefficient of friction) x (weight)
** = Reference test for 24 hours only.
Results may vary for different product application conditions.
*** = When ASTM method is listed, data was collected in accordance with ASTM test method.