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3M
Bumpon
Protective Products
Resilient Rollstock SJ5200
SJ5800
SJ5900
SJ6000
SJ6200 Series
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.
3M™ BumponResilient Rollstock Series
Property Test Method*** SJ5200 SJ5800 SJ5900 SJ6000 SJ6200
Hardness, Shore M ASTM-D-2240 36 (SJ5216) 72 40 (SJ5916) 72 72
29 (SJ5208) 36 (SJ5908,
SJ5904)
Approximate Density, lb/ft
3
40 80 40 80 80
(g/cm
3
) (0.64) (1.3) (0.64) (1.3) (1.3)
Kinetic Coefficient of Friction* ASTM-D-1894
Stainless Steel * > 1 > 1 > 1 > 1
Glass * > 1 > 1 > 1 > 1
Formica
®
laminate * 0.9 - 1.4 0.8 - 1.4 0.9 - 1.4 0.9 - 1.4
Wood * 0.9 - 1.4 0.8 - 1.4 0.9 - 1.4 0.9 - 1.4
* Two important laws of friction applicable to 3M™ Bumpon™ Resilient Rollstock are: (1) Friction is independent of the area of contact
between solids. (2) Friction is proportional to the load between solid surfaces. Thus, if the load (weight) is doubled, the force required to
cause surface sliding is also doubled. This is expressed mathematically as follows:
Sliding force = (kinetic coefficient of friction) x (weight)
Abrasion Resistance ASTM-C-501 * 1.7 - 1.9 1.8 - 2.0 1.7 - 1.9 1.7 - 1.9
Taber H 18, 1 kg, g/1000 cycles
Tensile, lb/in
2
ASTM-D-412, Die A * 600 120 600 600
(kPa) (4140) (830) (4140) (4140)
Elongation, % ASTM-D-412, Die A * 100 100 100 100
Compression Set, % ASTM-D-1056 8 12
(50% deflection) 10 14
ASTM-D-395 3 3 3
(25% deflection) 4 4 4
Dielectric Strength, volts/mil ASTM-D-1000 * 200 140 200 200
Flammability Listing UL Classification * UL94HB UL94HBF UL94HB UL94HB
(except SJ5916)
Stain Resistance** 3M - 24 hrs. @ 158°F against No staining observed
white paint, 7 days exposed to UV
Ozone and Oxygen Resistance** 3M - 30 days @ 50 ppm ozone No visual deterioration
Solvent and Fuel Resistance** 3M - 24 hr. immersion
5% Detergent in water No apparent effect
25% Ammonia in water No apparent effect
Bleach No apparent effect
Hydrochloric Acid (1 normal solution) No apparent effect
Diesel Fuel No apparent effect
Auto Oil No apparent effect
Isopropyl Alcohol Slight effect (swelling)
Heptane Slight effect (swelling)
Toluene (Toluol) Considerable effect (swelling)
Lacquer Thinner Considerable effect (swelling)
Load Tolerance The recommended maximum load which Bumpon Resilient Rollstock series SJ5800, SJ6000
and SJ6200 will support is 100 psi (690 kPa) at 70°F (21°C) to 120°F (49°C).
Environmental Performance Bumpon Resilient Rollstock is intended for interior applications where resilience and all other
physical properties will remain unchanged. When exposed to UV light for extended periods,
some discoloration may occur. Bumpon resilient rollstock may be used outdoors in a protected
area with some discoloration and chalking possible.
* = Not tested for Bumpon SJ5200 Series (soft foam)
** = Reference test for time periods specified only.
Results may vary for different product application conditions.
*** = When ASTM method is listed, data was collected in accordance with ASTM test method.
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3M
Bumpon
Protective Products
Resilient Rollstock SJ5200
SJ5800
SJ5900
SJ6000
SJ6200 Series
Relative Adhesive Performance Characteristics
Note: The following technical information and data should be considered representative or typical only and should
not be used for specification purposes.
3M™ Bumpon™ Resilient Rollstock
SJ5900 Series SJ5200 Series
SJ5800 Series SJ6000 Series SJ6200 Series
Adhesive:
Natural Rubber Acrylic Synthetic Rubber
R-30 A-20 R-25
Adhesion (Peel)
Low Surface Energy: Good Poor Excellent
High Surface Energy: Good Good Excellent
Static Shear
75°F (25°C): Excellent Excellent Excellent
120°F (49°C): Fair Excellent Good
158°F (70°C): Poor Excellent Fair
Initial Adhesion
Low Surface Energy: Good Poor Excellent
High Surface Energy: Good Fair Excellent
Solvent Resistance: Good Excellent Good
Age Life: Good Excellent Good
Adhesive Performance
Note: The following technical information and data should be considered representative or typical only and should
not be used for specification purposes.
The following table on peel adhesion provide representative performance characteristics of the adhesive
systems used in the construction of 3M™ Bumpon™ Resilient Rollstock SJ5200, SJ5800, SJ5900, SJ6000,
and SJ6200 series products.
3M™ Bumpon™ Resilient Rollstock
SJ5900 Series SJ5200 Series
SJ5800 Series SJ6000 Series SJ6200 Series
Substrate:
Natural Rubber Acrylic Synthetic Rubber
R-30 A-20 R-25
Polypropylene 25 3 52
Polystyrene 25 11 55
ABS 25 25 55
Stainless Steel 22 25 55
Aluminum 22 25 55
3M Test Method TM-2011; 72 hour dwell, 1/2 inch wide samples pulled at 12 inches per minute. Testing completed using Bumpon Resilient Rollstock
products SJ5816, SJ6016, and SJ6216.
90° Peel Adhesion Peel Force, oz. per 1/2 inch
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3M
Bumpon
Protective Products
Resilient Rollstock SJ5200
SJ5800
SJ5900
SJ6000
SJ6200 Series
Adhesive Description
Natural Rubber (R-30)Used in the construction of 3MBumpon™ Resilient Rollstock SJ5800 Series products.
This high tack adhesive system provides excellent initial adhesion and is designed for providing excellent adhesion
to a wide variety of surfaces including many low surface energy surfaces such as polypropylene, polyethylene and
powder coated paints. This adhesive system shows reduced shear properties at elevated temperatures.
Acrylic (A-20) Used in construction of 3M™ BumponResilient Rollstock SJ5900 and SJ6000 Series products.
This high strength adhesive system provides excellent shear strength properties. The adhesive is designed for
providing excellent adhesion to many high surface energy substrates such as metals, ABS, polycarbonate and
acrylic. When adhesion is required on low surface energy substrates (ie, polypropylene, polyethylene, etc.)
acrylic-based adhesives do not perform as well as rubber-based adhesives.
Synthetic Rubber (R-25) Used in the construction of 3MBumponResilient Rollstock SJ6200 Series products.
This very high tack adhesive system provides excellent initial adhesion and is designed for providing excellent
adhesion to a wide variety of surfaces including many low surface energy surfaces such as polypropylene,
polyethylene and powder coated paints. Improved die-cutting performance with new polyester (PET) release liner.
This adhesive system shows reduced shear properties at elevated temperatures.
Application Techniques
Application Temperature: 40°F (C) to 125°F (5C)
Service Temperature: -30°F (-34°C) to 15F (66°C)
22F (10C) intermittent exposure
To obtain maximum adhesion, surfaces should be flat, dry, and free of contaminants. Surface contact is essential to
adhesive performance. To maximize contact on a substrate:
Clean surfaces with low strength solvent such as isopropyl alcohol (rubbing alcohol) or heptane.
Note: Be sure to follow the solvent manufacturer’s precautions and directions for use when using solvents.
Apply firm pressure to help increase the cold flow and contact of the adhesive with the substrate.
Allow time (dwell) to increase the surface contact and adhesion (see illustration below).
Initial Contact (Minimal Contact)
After Rubdown (More Contact)
After Dwell Time (Excellent Contact)
Bonding
Surface
Adhesive
Bonding
Surface
Adhesive
Bonding
Surface
Adhesive
Low
Adhesion
High
Acrylic
Rubber
0
24 48 72
Dwell Time – Hours
Adhesive Surface Contact
Rubber Adhesive vs. Acrylic Adhesive Bond Build-up
Note: Product selection is ultimately the responsibility of the user and should conduct their own tests under actual use and
storage conditions to determine whether product is fit for a particular purpose and user’s method of application.

SJ6016

Mfr. #:
Manufacturer:
3M
Description:
Lifecycle:
New from this manufacturer.
Delivery:
DHL FedEx Ups TNT EMS
Payment:
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