3M Insulation Adhesive 49

3M Insulation Adhesive 49 Datasheet
  • Description for 3M Insulation Adhesive 49

    Fast tacking, high performance pressure sensitive adhesive for lightweight materials • Low VOCs • UL component recognition MAGW2file MH 6288

    *See Terms of Use Below

    Application Type Bond
    1 Part or 2 Part 1 Part
    Material Form Liquid
    Substrate Plastic: Acrylic, 2024 T3 Aluminum, Glass, ABS Plastic, Plastic: PolyEthylene, Plastic: Polystyrene, Polycarbonate, Polypropylene, PVC, Rubber: EPDM, Rubber: Neoprene Rubber, Cold rolled Steel, Steel: Galvanized Steel, Stainless Steel, Other material to metal, Metal, Paper, Clad Aluminum, Plastic, Plastic: High Density Polyethylene, Plastic: High Impact Polystyrene
    Manufacturer 3M
    Chemistry Acrylate, Water-based, Methyl Ethyl Ketone
    Cure Method Air dry
    Viscosity (cPs) 450 to 650 Approx
    Color Milky White, Clear, Milky White, Red, Translucent red, Translucent red
    High Temperature Resistance (°C) Heat Resistance
    Density (g/cm³) 8.25 (lbs./gal.)
    Key Specifications UL component recognition MAGW2file MH 6288
  • Technical Data

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

    *See Terms of Use Below

    1. dolore ipsum dolore elit.

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

    2. laoreet sit amet nonummy tincidunt.

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

    3. lorem aliquam adipiscing aliquam ipsum dolor.

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

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

    4. elit adipiscing euismod ipsum nibh tincidunt.

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

    5. nibh adipiscing nibh lorem sed.

      sed laoreet ipsum tincidunt consectetuer sed. adipiscing ipsum nonummy lorem aliquam elit.

      amet diam consectetuer sit diam amet laoreet elit dolor magna. nonummy tincidunt sed aliquam dolor dolor aliquam ut elit tincidunt.

  • Comparable Materials

    *See Terms of Use Below

Popular Articles

What Are the Differences Between Adhesives and Sealants?

Read Article

Testing the effectiveness of surface treatments

Read Article

What Projects Require Custom Adhesive Formulations and Why?

Read Article

Infographic: ENSURING A STRONG BOND - 6 Basic Methods of Surface Preparation

Read Article

Sponsored Articles

Unique Advantages of Contact Adhesives

Read Article

Using LOCTITE® 454™ is a Valid Option for Engineers Working with a Wide Variety of Materials

Read Article

Sylgard 184 by DOW is the Top Choice for a Transparent, Silicone Encapsulant. Read Why:

Read Article

Case Study: Creating reliable, corrosion-free bonds with LORD® 406 acrylic adhesive

Read Article
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

Who do you read or follow for engineering news and entertainment?
Viscosity Test Methods
Viscosity Test Method Temperature
450 to 650 cPs Approx RVF #3 Sp. @ 20 rpm @ 77°F (25°C) 25°C
Shear Strength Test Methods
Shear Strength Type Substrate Test Time Test Temperature Test Method
53 psi Overlap shear strength Glass 172,800 sec 23°C Adhesive was tested in 180° (angle) peel, overlap shear, and dead load strength by first applying a 6 mil (wet thickness) coating of adhesive to a primed polyester film. After drying, bonds were made to various substrates. Test results after 48 hrs. @ 73°F (23°C)
57 psi Overlap shear strength Cold Rolled Steel 172,800 sec 23°C Adhesive was tested in 180° (angle) peel, overlap shear, and dead load strength by first applying a 6 mil (wet thickness) coating of adhesive to a primed polyester film. After drying, bonds were made to various substrates. Test results after 48 hrs. @ 73°F (23°C)
51 psi Overlap shear strength 2024 T3 Aluminum 172,800 sec 23°C Adhesive was tested in 180° (angle) peel, overlap shear, and dead load strength by first applying a 6 mil (wet thickness) coating of adhesive to a primed polyester film. After drying, bonds were made to various substrates. Test results after 48 hrs. @ 73°F (23°C)
52 psi Overlap shear strength Clad Aluminum 172,800 sec 23°C Adhesive was tested in 180° (angle) peel, overlap shear, and dead load strength by first applying a 6 mil (wet thickness) coating of adhesive to a primed polyester film. After drying, bonds were made to various substrates. Test results after 48 hrs. @ 73°F (23°C)
52 psi Overlap shear strength Stainless Steel 172,800 sec 23°C Adhesive was tested in 180° (angle) peel, overlap shear, and dead load strength by first applying a 6 mil (wet thickness) coating of adhesive to a primed polyester film. After drying, bonds were made to various substrates. Test results after 48 hrs. @ 73°F (23°C)
34 psi Overlap shear strength High Density Polyethylene 172,800 sec 23°C Adhesive was tested in 180° (angle) peel, overlap shear, and dead load strength by first applying a 6 mil (wet thickness) coating of adhesive to a primed polyester film. After drying, bonds were made to various substrates. Test results after 48 hrs. @ 73°F (23°C)
39 psi Overlap shear strength Polypropylene 172,800 sec 23°C Adhesive was tested in 180° (angle) peel, overlap shear, and dead load strength by first applying a 6 mil (wet thickness) coating of adhesive to a primed polyester film. After drying, bonds were made to various substrates. Test results after 48 hrs. @ 73°F (23°C)
53 psi Overlap shear strength High Impact Polystyrene 172,800 sec 23°C Adhesive was tested in 180° (angle) peel, overlap shear, and dead load strength by first applying a 6 mil (wet thickness) coating of adhesive to a primed polyester film. After drying, bonds were made to various substrates. Test results after 48 hrs. @ 73°F (23°C)
56 psi Overlap shear strength PVC 172,800 sec 23°C Adhesive was tested in 180° (angle) peel, overlap shear, and dead load strength by first applying a 6 mil (wet thickness) coating of adhesive to a primed polyester film. After drying, bonds were made to various substrates. Test results after 48 hrs. @ 73°F (23°C)
50 psi Overlap shear strength ABS Plastic 172,800 sec 23°C Adhesive was tested in 180° (angle) peel, overlap shear, and dead load strength by first applying a 6 mil (wet thickness) coating of adhesive to a primed polyester film. After drying, bonds were made to various substrates. Test results after 48 hrs. @ 73°F (23°C)
57 psi Overlap shear strength Polycarbonate 172,800 sec 23°C Adhesive was tested in 180° (angle) peel, overlap shear, and dead load strength by first applying a 6 mil (wet thickness) coating of adhesive to a primed polyester film. After drying, bonds were made to various substrates. Test results after 48 hrs. @ 73°F (23°C)
52 psi Overlap shear strength Acrylic 172,800 sec 23°C Adhesive was tested in 180° (angle) peel, overlap shear, and dead load strength by first applying a 6 mil (wet thickness) coating of adhesive to a primed polyester film. After drying, bonds were made to various substrates. Test results after 48 hrs. @ 73°F (23°C)
12 psi Overlap shear strength Neoprene Rubber 172,800 sec 23°C Adhesive was tested in 180° (angle) peel, overlap shear, and dead load strength by first applying a 6 mil (wet thickness) coating of adhesive to a primed polyester film. After drying, bonds were made to various substrates. Test results after 48 hrs. @ 73°F (23°C)
14 psi Overlap shear strength EPDM 172,800 sec 23°C Adhesive was tested in 180° (angle) peel, overlap shear, and dead load strength by first applying a 6 mil (wet thickness) coating of adhesive to a primed polyester film. After drying, bonds were made to various substrates. Test results after 48 hrs. @ 73°F (23°C)
Peel Strength Test Methods
Peel Strength Type Substrate Test Time Test Temperature Test Method
2 piw 180° Peel strength Glass 2,880 min 23°C Adhesive was tested in 180° (angle) peel, overlap shear, and dead load strength by first applying a 6 mil (wet thickness) coating of adhesive to a primed polyester film. After drying, bonds were made to various substrates. Test results after 48 hrs. @ 73°F (23°C)
3 piw 180° Peel strength Cold Rolled Steel 2,880 min 23°C Adhesive was tested in 180° (angle) peel, overlap shear, and dead load strength by first applying a 6 mil (wet thickness) coating of adhesive to a primed polyester film. After drying, bonds were made to various substrates. Test results after 48 hrs. @ 73°F (23°C)
2 piw 180° Peel strength 2024 T3 Aluminum 2,880 min 23°C Adhesive was tested in 180° (angle) peel, overlap shear, and dead load strength by first applying a 6 mil (wet thickness) coating of adhesive to a primed polyester film. After drying, bonds were made to various substrates. Test results after 48 hrs. @ 73°F (23°C)
3 piw 180° Peel strength Clad Aluminum 2,880 min 23°C Adhesive was tested in 180° (angle) peel, overlap shear, and dead load strength by first applying a 6 mil (wet thickness) coating of adhesive to a primed polyester film. After drying, bonds were made to various substrates. Test results after 48 hrs. @ 73°F (23°C)
3 piw 180° Peel strength Stainless Steel 2,880 min 23°C Adhesive was tested in 180° (angle) peel, overlap shear, and dead load strength by first applying a 6 mil (wet thickness) coating of adhesive to a primed polyester film. After drying, bonds were made to various substrates. Test results after 48 hrs. @ 73°F (23°C)
1 piw 180° Peel strength High Density Polyethylene 2,880 min 23°C Adhesive was tested in 180° (angle) peel, overlap shear, and dead load strength by first applying a 6 mil (wet thickness) coating of adhesive to a primed polyester film. After drying, bonds were made to various substrates. Test results after 48 hrs. @ 73°F (23°C)
2 piw 180° Peel strength Polypropylene 2,880 min 23°C Adhesive was tested in 180° (angle) peel, overlap shear, and dead load strength by first applying a 6 mil (wet thickness) coating of adhesive to a primed polyester film. After drying, bonds were made to various substrates. Test results after 48 hrs. @ 73°F (23°C)
6 piw 180° Peel strength High Impact Polystyrene 2,880 min 23°C Adhesive was tested in 180° (angle) peel, overlap shear, and dead load strength by first applying a 6 mil (wet thickness) coating of adhesive to a primed polyester film. After drying, bonds were made to various substrates. Test results after 48 hrs. @ 73°F (23°C)
5 piw 180° Peel strength PVC 2,880 min 23°C Adhesive was tested in 180° (angle) peel, overlap shear, and dead load strength by first applying a 6 mil (wet thickness) coating of adhesive to a primed polyester film. After drying, bonds were made to various substrates. Test results after 48 hrs. @ 73°F (23°C)
5 piw 180° Peel strength ABS Plastic 2,880 min 23°C Adhesive was tested in 180° (angle) peel, overlap shear, and dead load strength by first applying a 6 mil (wet thickness) coating of adhesive to a primed polyester film. After drying, bonds were made to various substrates. Test results after 48 hrs. @ 73°F (23°C)
5 piw 180° Peel strength Polycarbonate 2,880 min 23°C Adhesive was tested in 180° (angle) peel, overlap shear, and dead load strength by first applying a 6 mil (wet thickness) coating of adhesive to a primed polyester film. After drying, bonds were made to various substrates. Test results after 48 hrs. @ 73°F (23°C)
4 piw 180° Peel strength Acrylic 2,880 min 23°C Adhesive was tested in 180° (angle) peel, overlap shear, and dead load strength by first applying a 6 mil (wet thickness) coating of adhesive to a primed polyester film. After drying, bonds were made to various substrates. Test results after 48 hrs. @ 73°F (23°C)
1 piw 180° Peel strength Neoprene Rubber 2,880 min 23°C Adhesive was tested in 180° (angle) peel, overlap shear, and dead load strength by first applying a 6 mil (wet thickness) coating of adhesive to a primed polyester film. After drying, bonds were made to various substrates. Test results after 48 hrs. @ 73°F (23°C)
1 piw 180° Peel strength EPDM 2,880 min 23°C Adhesive was tested in 180° (angle) peel, overlap shear, and dead load strength by first applying a 6 mil (wet thickness) coating of adhesive to a primed polyester film. After drying, bonds were made to various substrates. Test results after 48 hrs. @ 73°F (23°C)
% Solids Test Methods
% Solids Test Method
High
55 % By weight
53 to 57 % By weight