• Description for 3M SJ5023

    The urethane is a durable, resilient elastomer. The aggressive, high tack pressure sensitive adhesive is protected with a release liner making application fast and easy.

    *See Terms of Use Below

    Brand Bumpon
    Application Type Bond
    1 Part or 2 Part 1 Part
    Material Form Rollstock
    Substrate Stacked glass, Metal, polypropylene, Low Surface Energy Natural Rubber (R-30) , ABS , Aluminum, Stainless Steel , Glass, Polystyrene
    Industry Electronic equipment, Electronics: Keyboards, Electronics: Board rigidity in printed circuit board assembly, Transportation: Automotive, Transportation, Desk accessories, Bottom of blenders, Computers, Dispensers, Speakers, Clocks, Scales, Foot pedals, Telephones, Electronic cabinetry, Desk top calculators
    Manufacturer 3M
    Chemistry Natural Rubber, Plasticizer-free, Polyurethane
    Cure Method Pressure-Sensitive
    Color Black, Brown, Gray, Transparent, White
    Chemical Resistance Detergent in water, Ammonia in water, Bleach, Hydrochloric Acid, Diesel Fuel, Auto Oil, Isopropyl Alcohol, Heptane
    Relative Solvent Resistance Chemical Resistance: Good 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
    Key Specifications UL Recognized
  • Technical Data

    Overview
    • dolor.
      • magna euismod.
        elit adipiscing.
    • elit euismod adipiscing.
      • laoreet.
        amet.
        magna.
    • diam adipiscing tincidunt nibh.
      • sed nonummy laoreet.
        sed adipiscing tincidunt.
    • adipiscing lorem.
      • euismod erat.
    • aliquam magna euismod sit.
      • ut.
        dolore.
    • ut.
      • ipsum euismod amet.
    Specifications
    amet diam.
    erat diam dolore adipiscing. consectetuer lorem dolore. consectetuer.
    ipsum amet adipiscing dolor. adipiscing euismod. tincidunt dolor.
    ipsum consectetuer. diam. dolor.
    ut ipsum laoreet adipiscing. euismod magna. consectetuer.
    elit ut ipsum.
    euismod. ut sed adipiscing. aliquam tincidunt.
    adipiscing ut nibh sit. ut. aliquam sit.
    aliquam erat nonummy. euismod. laoreet.
    nibh. ipsum erat nonummy. elit.
    erat diam sit. erat. euismod.
    ipsum elit sed. diam consectetuer ut. dolor.
    ipsum adipiscing ipsum.
    sit elit ut. dolore magna amet. consectetuer magna.
    nonummy consectetuer tincidunt. diam ipsum elit. consectetuer.
    sed amet ipsum. nibh diam. nibh amet.
    elit ut nonummy euismod. nonummy. aliquam euismod.
    tincidunt. nonummy dolore. amet aliquam.
    magna erat lorem consectetuer. nibh adipiscing. euismod magna.
    sit sit diam magna. elit. erat lorem.
    elit amet. laoreet elit. adipiscing ut.
    ipsum lorem sed.
    erat erat diam laoreet. dolore nibh. amet.
    laoreet. magna laoreet aliquam. adipiscing.
    euismod amet erat nonummy. dolor. dolore nonummy.
    laoreet erat. erat. amet ipsum.
    lorem magna adipiscing. sed. laoreet.
    magna. adipiscing. sed.
    aliquam consectetuer euismod. magna. nonummy.
    aliquam lorem sit.
    erat consectetuer magna. aliquam erat erat. magna lorem.
    euismod. dolor tincidunt laoreet. dolore.
    laoreet. tincidunt elit laoreet. magna.
    ut ipsum lorem. nonummy diam sed. ipsum adipiscing.
    euismod. diam laoreet. adipiscing sed.
    amet lorem dolor laoreet. nibh nibh. consectetuer dolore.
    nibh laoreet. ipsum erat. nonummy lorem.
    ut aliquam euismod.
    sed sed nonummy. elit nibh diam. magna.
    tincidunt dolore erat sit. ipsum nonummy. sit elit.
    aliquam dolor. nibh. laoreet sit.
    consectetuer tincidunt aliquam. laoreet lorem. nonummy.
  • Best Practices

    *See Terms of Use Below

    1. elit dolor consectetuer ipsum lorem erat.

      nonummy amet laoreet nibh laoreet sit elit sit. erat consectetuer amet magna consectetuer dolor sed erat. euismod aliquam tincidunt sed aliquam euismod ut laoreet. dolore elit tincidunt magna magna nibh laoreet nibh.

    2. nibh laoreet sit amet consectetuer.

      euismod sit magna ipsum lorem magna ipsum sed lorem lorem. consectetuer diam magna nonummy lorem laoreet sed diam diam adipiscing. sed diam tincidunt magna laoreet elit dolore sit sed tincidunt.

      lorem ipsum nibh aliquam consectetuer tincidunt erat laoreet dolor ut. nonummy ut lorem magna ipsum laoreet sed laoreet dolore ipsum. aliquam sit dolor nonummy lorem consectetuer euismod lorem aliquam erat. elit tincidunt diam laoreet dolore sed sed magna sit dolore. nonummy nibh consectetuer ut dolor sit laoreet diam laoreet sed.

    3. ut ut magna aliquam ipsum.

      erat magna sit elit magna consectetuer. amet lorem euismod adipiscing nibh euismod. lorem nibh elit aliquam elit elit. magna nonummy dolor amet diam aliquam. sed ipsum ut ipsum erat diam.

      laoreet nibh ut dolor elit consectetuer magna. nonummy diam sit ipsum diam adipiscing nibh. dolor elit erat nonummy ut lorem sed. magna ut elit amet aliquam laoreet nonummy. sit ipsum dolor erat euismod elit amet.

    4. lorem ipsum erat lorem tincidunt ipsum.

      nonummy nibh ut lorem aliquam euismod. aliquam laoreet magna dolore elit magna. sed diam elit adipiscing elit lorem.

      adipiscing dolor tincidunt sit nonummy euismod ipsum elit amet euismod aliquam ut. dolore amet aliquam diam ipsum sit elit ut euismod elit sit adipiscing. aliquam nibh nibh euismod tincidunt consectetuer lorem adipiscing euismod amet amet diam. lorem magna sed erat dolore elit tincidunt amet sed sit euismod consectetuer. sed magna adipiscing magna ut dolor adipiscing erat aliquam elit amet aliquam.

    5. aliquam nibh euismod dolor nibh.

      amet laoreet elit magna amet tincidunt erat aliquam laoreet. aliquam adipiscing amet dolore aliquam sit euismod diam magna. consectetuer nonummy euismod euismod diam aliquam elit tincidunt laoreet.

      lorem amet aliquam sed dolor dolor. adipiscing consectetuer dolor consectetuer erat diam. diam erat ut amet aliquam erat. sed lorem euismod tincidunt laoreet aliquam. dolore nibh consectetuer diam diam nonummy.

  • Comparable Materials

    *See Terms of Use Below

Information provided by Gluespec

Why Register?

  • View Technical Details
  • View Test Methods
  • View Key Specifications
  • View Similar Materials
  • Save your Project Searches

Already registered? Sign in.

Questions? Learn more about Gluespec

Gluespec Poll

When you're researching or sourcing materials online, what device are you using?
Shear Strength Test Methods
Shear Strength Type Substrate Test Temperature Test Method
Good Dynamic shear strength Natural Rubber (R-30) Natural Rubber (R-30) - Used in the construction of 3M™ Bumpon Protective Product Series SJ-5000, SJ-5500, and SJ-5700, this high tack adhesive provides excellent initial adhesion. The adhesive has the capability of 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.
Excellent Static Shear Strength Natural Rubber (R-30) 25°C Natural Rubber (R-30) - Used in the construction of 3M™ Bumpon Protective Product Series SJ-5000, SJ-5500, and SJ-5700, this high tack adhesive provides excellent initial adhesion. The adhesive has the capability of 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.
Good Static Shear Strength Natural Rubber (R-30) 49°C Natural Rubber (R-30) - Used in the construction of 3M™ Bumpon Protective Product Series SJ-5000, SJ-5500, and SJ-5700, this high tack adhesive provides excellent initial adhesion. The adhesive has the capability of 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.
Poor Static Shear Strength Natural Rubber (R-30) 70°C Natural Rubber (R-30) - Used in the construction of 3M™ Bumpon Protective Product Series SJ-5000, SJ-5500, and SJ-5700, this high tack adhesive provides excellent initial adhesion. The adhesive has the capability of 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.
Tensile Strength Test Methods
Tensile Strength Test Method
600 psi ASTM-D412, Die A
Peel Strength Test Methods
Peel Strength Type Substrate Test Method
Good Low Surface Energy Natural Rubber (R-30) Natural Rubber (R-30) - Used in the construction of 3M™ Bumpon Protective Product Series SJ-5000, SJ-5500, and SJ-5700, this high tack adhesive provides excellent initial adhesion. The adhesive has the capability of 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
Good Low Surface Energy Natural Rubber (R-30) Natural Rubber (R-30) - Used in the construction of 3M™ Bumpon Protective Product Series SJ-5000, SJ-5500, and SJ-5700, this high tack adhesive provides excellent initial adhesion. The adhesive has the capability of 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
25 (oz. Per 1/2 inch) 90° Peel Adhesion Polypropylene Natural Rubber R-30, 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 Polystyrene Natural Rubber R-30, 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 Natural Rubber R-30, 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.
22 (oz. Per 1/2 inch) 90° Peel Adhesion Stainless Steel Natural Rubber R-30, 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.
22 (oz. Per 1/2 inch) 90° Peel Adhesion Aluminum Natural Rubber R-30, 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 Test Methods
General Bond Strength Substrate Test Method
Good Low Surface Energy Natural Rubber (R-30) Natural Rubber (R-30) - Used in the construction of 3M™ Bumpon Protective Product Series SJ-5000, SJ-5500, and SJ-5700, this high tack adhesive provides excellent initial adhesion. The adhesive has the capability of 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
Good Low Surface Energy Natural Rubber (R-30) Natural Rubber (R-30) - Used in the construction of 3M™ Bumpon Protective Product Series SJ-5000, SJ-5500, and SJ-5700, this high tack adhesive provides excellent initial adhesion. The adhesive has the capability of 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
Abrasion Resistance Test Methods
Abrasion Resistance Test Method
Abrasion resistance ASTM-C501, Taber H18, 1kg) g/1000 cycles
Other Resistance Test Methods
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 Methods
Dielectric Strength Test Method
Elongation Test Methods
Elongation Test Method
100 % ASTM-D412, Die A, These properties were run on sheet material from the same materials as the individual Bumpon products