| Brand | Bumpon |
|---|---|
| Application Type | Bond |
| 1 Part or 2 Part | 1 Part |
| Material Form | Rollstock |
| Substrate | acrylic, stacked glass, Metal, ABS, polycarbonate, Aluminum , Polypropylene , Stainless Steel , High Surface Energy Acrylic (A-20), Glass, Polystyrene , Low Surface Energy Acrylic (A-20) |
| Industry | Electronic equipment, Electronics: Keyboards, Electronics: Board rigidity in printed circuit board assembly, Transportation: Automotive, Transportation, Desk accessories, Desk top calculators, Bottom of blenders, Computers, Dispensers, Speakers, Clocks, Scales, Foot pedals, Telephones, Electronic cabinetry |
| Manufacturer | 3M |
| Chemistry | Acrylic, Plasticizer-free, Polyurethane |
| Cure Method | Pressure-Sensitive |
| Color | Transparent, True white, Black, Brown, Gray |
| Chemical Resistance | Detergent in water, Ammonia in water, Bleach, Hydrochloric Acid, Diesel Fuel, Auto Oil, Isopropyl Alcohol, Heptane |
| Relative Solvent Resistance | Chemical Resistance: Excellent Solvent Resistance, Chemical Resistance: Toluol, Chemical Resistance: Lacquer Thinner |
| High Temperature Resistance (°C) | 66, 107 |
| Low Temperature Resistance (°C) | -34 |
| Other Resistance | Excellent skid resistance, marring, staining, Aging resistance |
To obtain maximum adhesion, surfaces must be unified, 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 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 illustrations below).
| euismod. | consectetuer. | elit tincidunt. |
|---|---|---|
| magna diam sed. | dolor. | euismod. |
| sit. | dolore adipiscing magna. | consectetuer ut. |
| amet diam erat elit. | ipsum amet ipsum. | erat consectetuer. |
| ut adipiscing sit ut. | magna adipiscing elit. | ut sed. |
|---|---|---|
| ut nonummy nibh. | amet sed aliquam. | laoreet euismod. |
| elit. | diam nonummy. | tincidunt ut. |
| tincidunt nonummy laoreet. | laoreet. | amet. |
| aliquam. | erat. | adipiscing nonummy. |
|---|---|---|
| elit elit lorem. | adipiscing nibh. | dolore. |
| erat. | diam tincidunt laoreet. | ut nonummy. |
| erat dolore dolore laoreet. | sed ipsum. | nibh. |
| dolore tincidunt. | laoreet nibh. | dolor consectetuer. |
| dolore laoreet sed dolore. | euismod amet. | erat sit. |
| lorem elit aliquam magna. | amet. | dolore magna. |
| erat diam tincidunt sit. | diam lorem. | ipsum. |
| sed. | adipiscing nonummy. | lorem. |
|---|---|---|
| tincidunt nonummy lorem amet. | dolore nibh. | euismod. |
| nibh ipsum. | lorem laoreet lorem. | aliquam consectetuer. |
| consectetuer tincidunt nonummy sit. | sed magna. | adipiscing diam. |
| elit laoreet. | lorem. | amet sit. |
| aliquam erat nibh ut. | sit lorem ut. | nonummy magna. |
|---|---|---|
| erat euismod dolore. | sit sed elit. | adipiscing. |
| diam elit amet. | consectetuer diam. | dolor adipiscing. |
| aliquam consectetuer. | nonummy nibh laoreet. | ipsum. |
diam sed elit elit tincidunt sit dolor ipsum. ipsum sed lorem amet amet ipsum tincidunt diam. nibh erat dolore sed ut ut consectetuer sit.
aliquam nibh magna elit euismod diam sed magna ipsum. amet tincidunt adipiscing adipiscing laoreet nibh ipsum tincidunt lorem. ut ut dolor amet adipiscing dolore consectetuer diam amet. magna diam magna amet ut consectetuer sit nibh lorem. ipsum sed dolore amet adipiscing elit ipsum dolore sit.
elit tincidunt amet lorem dolor sit. consectetuer nonummy sed amet erat erat. ipsum sit sit nonummy erat amet. amet diam sed laoreet dolor nonummy. tincidunt ut dolor dolor consectetuer nibh.
sit dolore magna dolore lorem adipiscing tincidunt erat laoreet aliquam magna dolore. amet nonummy sit aliquam dolor aliquam amet laoreet adipiscing tincidunt euismod nibh.
magna adipiscing adipiscing tincidunt erat magna. nibh diam tincidunt dolore consectetuer ut. sed amet erat sit dolor tincidunt. dolor sed nibh nonummy amet adipiscing. dolor euismod erat euismod dolore diam.
| Shear Strength | Type | Substrate | Test Temperature | Test Method |
|---|---|---|---|---|
| Excellent | Dynamic shear strength | Acrylic (A-20) | Acrylic (A-20) - Used in the construction of 3M™ Bumpon Protective Product Series SJ-5200, SJ-5300, and SJ-5400, this high strength adhesive system provides excellent shear strength properties. The adhesive has the capability of providing excellent adhesion to many high surface energy substrates such as metals, ABS,_x00D_ polycarbonate, and acrylic. When adhesion is required on low surface energy/substrates (e.g., polypropylene, polyethylene, etc.), acrylic-based adhesives do not perform as well as rubber-based adhesives. | |
| Excellent | Static Shear Strength | Acrylic (A-20) | 25°C | Acrylic (A-20) - Used in the construction of 3M™ Bumpon Protective Product Series SJ-5200, SJ-5300, and SJ-5400, this high strength adhesive system provides excellent shear strength properties. The adhesive has the capability of providing excellent adhesion to many high surface energy substrates such as metals, ABS,_x00D_ polycarbonate, and acrylic. When adhesion is required on low surface energy/substrates (e.g., polypropylene, polyethylene, etc.), acrylic-based adhesives do not perform as well as rubber-based adhesives. |
| Excellent | Static Shear Strength | Acrylic (A-20) | 49°C | Acrylic (A-20) - Used in the construction of 3M™ Bumpon Protective Product Series SJ-5200, SJ-5300, and SJ-5400, this high strength adhesive system provides excellent shear strength properties. The adhesive has the capability of 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 (e.g., polypropylene, polyethylene, etc.), acrylic-based adhesives do not perform as well as rubber-based adhesives. |
| Excellent | Static Shear Strength | Acrylic (A-20) | 70°C | Acrylic (A-20) - Used in the construction of 3M™ Bumpon Protective Product Series SJ-5200, SJ-5300, and SJ-5400, this high strength adhesive system provides excellent shear strength properties. The adhesive has the capability of 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 (e.g., polypropylene, polyethylene, etc.), acrylic-based adhesives do not perform as well as rubber-based adhesives. |
| Tensile Strength | Test Method |
|---|---|
| 740 psi | ASTM-D412, Die A, These properties were run on sheet material from the same materials as the individual Bumpon products |
| Peel Strength | Type | Substrate | Test Method |
|---|---|---|---|
| Poor | Low Surface Energy Acrylic (A-20) | Acrylic (A-20) - Used in the construction of 3M™ Bumpon Protective Product Series SJ-5200, SJ-5300, and SJ-5400, this high strength adhesive system provides excellent shear strength properties. The adhesive has the capability of providing excellent adhesion to many high surface energy substrates such as metals, ABS,_x00D_ polycarbonate, and acrylic. When adhesion is required on low surface energy/substrates (e.g., polypropylene, polyethylene, etc.), acrylic-based adhesives do not perform as well as rubber-based adhesives | |
| Good | High Surface Energy Acrylic (A-20) | Acrylic (A-20) - Used in the construction of 3M™ Bumpon Protective Product Series SJ-5200, SJ-5300, and SJ-5400, this high strength adhesive system provides excellent shear strength properties. The adhesive has the capability of 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 (e.g., polypropylene, polyethylene, etc.), acrylic-based adhesives do not perform as well as rubber-based adhesives | |
| 3 (oz. Per 1/2 inch) | 90° Peel Adhesion | Polypropylene | Acrylic A-20, 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, which use the same adhesive system as the molded series products. |
| 11 (oz. Per 1/2 inch) | 90° Peel Adhesion | Polystyrene | Acrylic A-20, 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, which use the same adhesive system as the molded series products. |
| 25 (oz. Per 1/2 inch) | 90° Peel Adhesion | ABS | Acrylic A-20, 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, which use the same adhesive system as the molded series products. |
| 25 (oz. Per 1/2 inch) | 90° Peel Adhesion | Stainless Steel | Acrylic A-20, 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, which use the same adhesive system as the molded series products. |
| 25 (oz. Per 1/2 inch) | 90° Peel Adhesion | Aluminum | Acrylic A-20, 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, which use the same adhesive system as the molded series products. |
| General Bond Strength | Substrate | Test Method |
|---|---|---|
| Poor | Low Surface Energy Acrylic (A-20) | Acrylic (A-20) - Used in the construction of 3M™ Bumpon Protective Product Series SJ-5200, SJ-5300, and SJ-5400, this high strength adhesive system provides excellent shear strength properties. The adhesive has the capability of providing excellent adhesion to many high surface energy substrates such as metals, ABS,_x00D_ polycarbonate, and acrylic. When adhesion is required on low surface energy/substrates (e.g., polypropylene, polyethylene, etc.), acrylic-based adhesives do not perform as well as rubber-based adhesives |
| Fair | High Surface Energy Acrylic (A-20) | Acrylic (A-20) - Used in the construction of 3M™ Bumpon Protective Product Series SJ-5200, SJ-5300, and SJ-5400, this high strength adhesive system provides excellent shear strength properties. The adhesive has the capability of 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 (e.g., polypropylene, polyethylene, etc.), acrylic-based adhesives do not perform as well as rubber-based adhesives |
| Abrasion Resistance | Test Method |
|---|---|
| Abrasion resistance | ASTM-C501, Taber H18, 1kg) g/1000 cycles |
| Other Resistance | Test Method |
|---|---|
| Excellent skid resistance | |
| marring | |
| staining | 3M-24 hours @ 158°F against white paint 7 days exposed to UV |
| Aging resistance |
| Dielectric Strength | Test Method |
|---|
| Elongation | Test Method |
|---|---|
| 65 % | ASTM-D412, Die A, These properties were run on sheet material from the same materials as the individual Bumpon products |
Message sent - We'll get back shortly
Message sent - We'll get back shortly! Please consider registering for free to unlock the entire Gluespec database.
Great! Contact us if you have any additional questions.
You will lose your saved materials unless you register. Please register.
| Manufacturer | Material | Remove |
|---|
Things you can do with checked materials:
| Name | Save Date | View |
|---|
Need help? Our knowledgeable experts help you achieve your goals by giving you application insights. They are available personally to help you before, during or after your search.
