3M 3549 B/A

3M 3549 B/A Datasheet
  • Description for 3M 3549 B/A

    Long worklife semi-rigid urethane • 2-4 hrs. handling strength • Longer worklife version of 3532

    *See Terms of Use Below

    Application Type Bond
    1 Part or 2 Part 2 Part
    Material Form Liquid
    Substrate Aluminum, PlexiGlass, Metal, Nylon, ABS, Lexan, Rigid PVC, Cold rolled Steel, FRP, Abraded Aluminum, Fiber Reinforced plastic, Polycarbonate, Steel, Etched Aluminum, Lexan, Solvent Wiped Aluminum, Plastic
    Manufacturer 3M
    Chemistry Isocyanate, Polyol, Polyurethane, Urethane
    Cure Method Base/Accelerator
    Cure Temperature (°C) 20 to 25, 24
    Cure Time (min) 10,080
    Viscosity (cPs) 30,000
    Color Brown
    Chemical Resistance Salt spray, Water
    High Temperature Resistance (°C) 82
    Low Temperature Resistance (°C) -40
    Density (g/cm³) 10.3 (weight (lbs/gal)), 11.2 (weight (lbs/gal))
  • Technical Data

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

    *See Terms of Use Below

    1. sit tincidunt ipsum adipiscing sed sed.

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

    2. ipsum laoreet dolore.

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

    3. ut euismod lorem ipsum diam ipsum.

      lorem ut sed nonummy erat consectetuer amet. lorem ut consectetuer euismod ipsum ut ut. sed ipsum nibh laoreet sed tincidunt erat.

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

    4. nonummy dolore laoreet lorem ipsum.

      diam magna laoreet tincidunt amet dolore adipiscing dolore magna. elit erat erat diam amet dolor ipsum consectetuer nonummy.

      adipiscing amet amet adipiscing sit adipiscing sed aliquam magna aliquam. nibh elit diam sed sed lorem ipsum erat nonummy dolore.

    5. diam ut dolor adipiscing.

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

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

  • Comparable Materials

    *See Terms of Use Below

Popular Articles

Testing the effectiveness of surface treatments

Read Article

An Overview of Fluid Dispensing Systems & How They’re Used

Read Article

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

Read Article

Characteristics of MMAs

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
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 Temperature
30,000 cPs 24°C
Work / Pot Time Test Methods
Work / Pot Time Test Method Temperature
45 to 70 min 100 grams mixed at 75°F 24°C: 40-70 min. 24°C
Long
Shear Strength Test Methods
Shear Strength Type Substrate Test Time Test Temperature Test Method
2,500 psi Overlap shear strength Etched Aluminum -40°C All aluminum data were developed on .063-inch thick 2024 T-3 clad aluminum and all steel data on .035-inch cold rolled steel. Test specimens were 1/2-inch overlap, 1-inch wide with .005-inch thick bondlines pulled at a testing rate of .1-inch/min.
2,000 psi Overlap shear strength Abraded and Solvent Wiped Aluminum -40°C All aluminum data were developed on .063-inch thick 2024 T-3 clad aluminum and all steel data on .035-inch cold rolled steel. Test specimens were 1/2-inch overlap, 1-inch wide with .005-inch thick bondlines pulled at a testing rate of .1-inch/min.
1,000 psi Overlap shear strength Solvent Wiped Aluminum -40°C All aluminum data were developed on .063-inch thick 2024 T-3 clad aluminum and all steel data on .035-inch cold rolled steel. Test specimens were 1/2-inch overlap, 1-inch wide with .005-inch thick bondlines pulled at a testing rate of .1-inch/min.
2,000 psi Overlap shear strength Abraded and Solvent Wiped Steel -40°C All aluminum data were developed on .063-inch thick 2024 T-3 clad aluminum and all steel data on .035-inch cold rolled steel. Test specimens were 1/2-inch overlap, 1-inch wide with .005-inch thick bondlines pulled at a testing rate of .1-inch/min.
1,000 psi Overlap shear strength Solvent Wiped Steel -40°C All aluminum data were developed on .063-inch thick 2024 T-3 clad aluminum and all steel data on .035-inch cold rolled steel. Test specimens were 1/2-inch overlap, 1-inch wide with .005-inch thick bondlines pulled at a testing rate of .1-inch/min.
2,000 psi Overlap shear strength Etched Aluminum 24°C All aluminum data were developed on .063-inch thick 2024 T-3 clad aluminum and all steel data on .035-inch cold rolled steel. Test specimens were 1/2-inch overlap, 1-inch wide with .005-inch thick bondlines pulled at a testing rate of .1-inch/min.
2,000 psi Overlap shear strength Abraded and Solvent Wiped Aluminum 24°C All aluminum data were developed on .063-inch thick 2024 T-3 clad aluminum and all steel data on .035-inch cold rolled steel. Test specimens were 1/2-inch overlap, 1-inch wide with .005-inch thick bondlines pulled at a testing rate of .1-inch/min.
1,000 psi Overlap shear strength Solvent Wiped Aluminum 24°C All aluminum data were developed on .063-inch thick 2024 T-3 clad aluminum and all steel data on .035-inch cold rolled steel. Test specimens were 1/2-inch overlap, 1-inch wide with .005-inch thick bondlines pulled at a testing rate of .1-inch/min.
1,200 psi Overlap shear strength Abraded and Solvent Wiped Steel 24°C All aluminum data were developed on .063-inch thick 2024 T-3 clad aluminum and all steel data on .035-inch cold rolled steel. Test specimens were 1/2-inch overlap, 1-inch wide with .005-inch thick bondlines pulled at a testing rate of .1-inch/min.
700 psi Overlap shear strength Solvent Wiped Steel 24°C All aluminum data were developed on .063-inch thick 2024 T-3 clad aluminum and all steel data on .035-inch cold rolled steel. Test specimens were 1/2-inch overlap, 1-inch wide with .005-inch thick bondlines pulled at a testing rate of .1-inch/min.
300 psi Overlap shear strength Etched Aluminum 82°C All aluminum data were developed on .063-inch thick 2024 T-3 clad aluminum and all steel data on .035-inch cold rolled steel. Test specimens were 1/2-inch overlap, 1-inch wide with .005-inch thick bondlines pulled at a testing rate of .1-inch/min.
300 psi Overlap shear strength Abraded and Solvent Wiped Aluminum 82°C All aluminum data were developed on .063-inch thick 2024 T-3 clad aluminum and all steel data on .035-inch cold rolled steel. Test specimens were 1/2-inch overlap, 1-inch wide with .005-inch thick bondlines pulled at a testing rate of .1-inch/min.
100 psi Overlap shear strength Solvent Wiped Aluminum 82°C All aluminum data were developed on .063-inch thick 2024 T-3 clad aluminum and all steel data on .035-inch cold rolled steel. Test specimens were 1/2-inch overlap, 1-inch wide with .005-inch thick bondlines pulled at a testing rate of .1-inch/min.
100 psi Overlap shear strength Abraded and Solvent Wiped Steel 82°C All aluminum data were developed on .063-inch thick 2024 T-3 clad aluminum and all steel data on .035-inch cold rolled steel. Test specimens were 1/2-inch overlap, 1-inch wide with .005-inch thick bondlines pulled at a testing rate of .1-inch/min.
20 psi Overlap shear strength Solvent Wiped Steel 82°C All aluminum data were developed on .063-inch thick 2024 T-3 clad aluminum and all steel data on .035-inch cold rolled steel. Test specimens were 1/2-inch overlap, 1-inch wide with .005-inch thick bondlines pulled at a testing rate of .1-inch/min.
240 psi Overlap shear strength Nylon -40°C All data were developed on 1/8-inch thick, 1/2-inch overlap, 1-inch wide specimens with .005-inch thick bondlines that had been abraded and alcohol wiped prior to bonding.
1,240 psi Overlap shear strength Lexan -40°C Denotes substrate failure., All data were developed on 1/8-inch thick, 1/2-inch overlap, 1-inch wide specimens with .005-inch thick bondlines that had been abraded and alcohol wiped prior to bonding.
620 psi Overlap shear strength Plexiglass -40°C All data were developed on 1/8-inch thick, 1/2-inch overlap, 1-inch wide specimens with .005-inch thick bondlines that had been abraded and alcohol wiped prior to bonding.
1,660 psi Overlap shear strength FRP -40°C Denotes substrate failure, All data were developed on 1/8-inch thick, 1/2-inch overlap, 1-inch wide specimens with .005-inch thick bondlines that had been abraded and alcohol wiped prior to bonding.
370 psi Overlap shear strength Rigid PVC -40°C All data were developed on 1/8-inch thick, 1/2-inch overlap, 1-inch wide specimens with .005-inch thick bondlines that had been abraded and alcohol wiped prior to bonding.
440 psi Overlap shear strength ABS -40°C Denotes substrate failure, All data were developed on 1/8-inch thick, 1/2-inch overlap, 1-inch wide specimens with .005-inch thick bondlines that had been abraded and alcohol wiped prior to bonding.
330 psi Overlap shear strength Polystyrene -40°C All data were developed on 1/8-inch thick, 1/2-inch overlap, 1-inch wide specimens with .005-inch thick bondlines that had been abraded and alcohol wiped prior to bonding.
580 psi Overlap shear strength Nylon 24°C All data were developed on 1/8-inch thick, 1/2-inch overlap, 1-inch wide specimens with .005-inch thick bondlines that had been abraded and alcohol wiped prior to bonding.
1,840 psi Overlap shear strength Lexan 24°C Denotes substrate failure., All data were developed on 1/8-inch thick, 1/2-inch overlap, 1-inch wide specimens with .005-inch thick bondlines that had been abraded and alcohol wiped prior to bonding.
1,300 psi Overlap shear strength Plexiglass 24°C All data were developed on 1/8-inch thick, 1/2-inch overlap, 1-inch wide specimens with .005-inch thick bondlines that had been abraded and alcohol wiped prior to bonding.
1,150 psi Overlap shear strength FRP 24°C Denotes substrate failure., All data were developed on 1/8-inch thick, 1/2-inch overlap, 1-inch wide specimens with .005-inch thick bondlines that had been abraded and alcohol wiped prior to bonding.
960 psi Overlap shear strength Rigid PVC 24°C All data were developed on 1/8-inch thick, 1/2-inch overlap, 1-inch wide specimens with .005-inch thick bondlines that had been abraded and alcohol wiped prior to bonding.
810 psi Overlap shear strength ABS 24°C All data were developed on 1/8-inch thick, 1/2-inch overlap, 1-inch wide specimens with .005-inch thick bondlines that had been abraded and alcohol wiped prior to bonding.
530 psi Overlap shear strength Polystyrene 24°C All data were developed on 1/8-inch thick, 1/2-inch overlap, 1-inch wide specimens with .005-inch thick bondlines that had been abraded and alcohol wiped prior to bonding.
40 psi Overlap shear strength Nylon 82°C All data were developed on 1/8-inch thick, 1/2-inch overlap, 1-inch wide specimens with .005-inch thick bondlines that had been abraded and alcohol wiped prior to bonding.
125 psi Overlap shear strength Lexan 82°C All data were developed on 1/8-inch thick, 1/2-inch overlap, 1-inch wide specimens with .005-inch thick bondlines that had been abraded and alcohol wiped prior to bonding.
70 psi Overlap shear strength Plexiglass 82°C All data were developed on 1/8-inch thick, 1/2-inch overlap, 1-inch wide specimens with .005-inch thick bondlines that had been abraded and alcohol wiped prior to bonding.
180 psi Overlap shear strength FRP 82°C All data were developed on 1/8-inch thick, 1/2-inch overlap, 1-inch wide specimens with .005-inch thick bondlines that had been abraded and alcohol wiped prior to bonding.
110 psi Overlap shear strength Rigid PVC 82°C All data were developed on 1/8-inch thick, 1/2-inch overlap, 1-inch wide specimens with .005-inch thick bondlines that had been abraded and alcohol wiped prior to bonding.
300 psi Overlap shear strength ABS 82°C All data were developed on 1/8-inch thick, 1/2-inch overlap, 1-inch wide specimens with .005-inch thick bondlines that had been abraded and alcohol wiped prior to bonding.
110 psi Overlap shear strength Polystyrene 82°C All data were developed on 1/8-inch thick, 1/2-inch overlap, 1-inch wide specimens with .005-inch thick bondlines that had been abraded and alcohol wiped prior to bonding.
2 psi Overlap shear strength plastic to primed steel 14,400 sec Specimens: 1/2-inch overlap fiber reinforced plastic to primed steel, 0.32-inch bondline. Specimens were pulled at 2 inches/min.
11 psi Overlap shear strength plastic to primed steel 21,600 sec Specimens: 1/2-inch overlap fiber reinforced plastic to primed steel, 0.32-inch bondline. Specimens were pulled at 2 inches/min.
80 psi Overlap shear strength plastic to primed steel 28,800 sec Specimens: 1/2-inch overlap fiber reinforced plastic to primed steel, 0.32-inch bondline. Specimens were pulled at 2 inches/min.
460 psi Overlap shear strength plastic to primed steel 57,600 sec Specimens: 1/2-inch overlap fiber reinforced plastic to primed steel, 0.32-inch bondline. Specimens were pulled at 2 inches/min.
700 psi Overlap shear strength plastic to primed steel 86,400 sec Specimens: 1/2-inch overlap fiber reinforced plastic to primed steel, 0.32-inch bondline. Specimens were pulled at 2 inches/min.
1,170 psi Overlap shear strength plastic to primed steel 172,800 sec Specimens: 1/2-inch overlap fiber reinforced plastic to primed steel, 0.32-inch bondline. Specimens were pulled at 2 inches/min.
53 psi Overlap shear strength plastic to primed steel 1,200 sec 66°C Specimens: 1/2-inch overlap fiber reinforced plastic to primed steel, .032-inch bondline. Specimens were placed in an oven at designated temperature for the specified time. Bonds were then cooled for 1 min. and pulled at a rate of 2 inches/min.
227 psi Overlap shear strength plastic to primed steel 1,800 sec 66°C Specimens: 1/2-inch overlap fiber reinforced plastic to primed steel, .032-inch bondline. Specimens were placed in an oven at designated temperature for the specified time. Bonds were then cooled for 1 min. and pulled at a rate of 2 inches/min.
259 psi Overlap shear strength plastic to primed steel 2,400 sec 66°C Specimens: 1/2-inch overlap fiber reinforced plastic to primed steel, .032-inch bondline. Specimens were placed in an oven at designated temperature for the specified time. Bonds were then cooled for 1 min. and pulled at a rate of 2 inches/min.
508 psi Overlap shear strength plastic to primed steel 3,000 sec 66°C Specimens: 1/2-inch overlap fiber reinforced plastic to primed steel, .032-inch bondline. Specimens were placed in an oven at designated temperature for the specified time. Bonds were then cooled for 1 min. and pulled at a rate of 2 inches/min.
293 psi Overlap shear strength plastic to primed steel 1,200 sec 82°C Specimens: 1/2-inch overlap fiber reinforced plastic to primed steel, .032-inch bondline. Specimens were placed in an oven at designated temperature for the specified time. Bonds were then cooled for 1 min. and pulled at a rate of 2 inches/min.
391 psi Overlap shear strength plastic to primed steel 1,800 sec 82°C Specimens: 1/2-inch overlap fiber reinforced plastic to primed steel, .032-inch bondline. Specimens were placed in an oven at designated temperature for the specified time. Bonds were then cooled for 1 min. and pulled at a rate of 2 inches/min.
576 psi Overlap shear strength plastic to primed steel 2,400 sec 82°C Specimens: 1/2-inch overlap fiber reinforced plastic to primed steel, .032-inch bondline. Specimens were placed in an oven at designated temperature for the specified time. Bonds were then cooled for 1 min. and pulled at a rate of 2 inches/min.
684 psi Overlap shear strength plastic to primed steel 3,000 sec 82°C Specimens: 1/2-inch overlap fiber reinforced plastic to primed steel, .032-inch bondline. Specimens were placed in an oven at designated temperature for the specified time. Bonds were then cooled for 1 min. and pulled at a rate of 2 inches/min.
177 psi Overlap shear strength plastic to primed steel 600 sec 93°C Specimens: 1/2-inch overlap fiber reinforced plastic to primed steel, .032-inch bondline. Specimens were placed in an oven at designated temperature for the specified time. Bonds were then cooled for 1 min. and pulled at a rate of 2 inches/min.
409 psi Overlap shear strength plastic to primed steel 1,200 sec 93°C Specimens: 1/2-inch overlap fiber reinforced plastic to primed steel, .032-inch bondline. Specimens were placed in an oven at designated temperature for the specified time. Bonds were then cooled for 1 min. and pulled at a rate of 2 inches/min.
614 psi Overlap shear strength plastic to primed steel 1,800 sec 93°C Specimens: 1/2-inch overlap fiber reinforced plastic to primed steel, .032-inch bondline. Specimens were placed in an oven at designated temperature for the specified time. Bonds were then cooled for 1 min. and pulled at a rate of 2 inches/min.
683 psi Overlap shear strength plastic to primed steel 2,400 sec 93°C Specimens: 1/2-inch overlap fiber reinforced plastic to primed steel, .032-inch bondline. Specimens were placed in an oven at designated temperature for the specified time. Bonds were then cooled for 1 min. and pulled at a rate of 2 inches/min.
392 psi Overlap shear strength plastic to primed steel 600 sec 107°C Specimens: 1/2-inch overlap fiber reinforced plastic to primed steel, .032-inch bondline. Specimens were placed in an oven at designated temperature for the specified time. Bonds were then cooled for 1 min. and pulled at a rate of 2 inches/min.
730 psi Overlap shear strength plastic to primed steel 1,200 sec 107°C Specimens: 1/2-inch overlap fiber reinforced plastic to primed steel, .032-inch bondline. Specimens were placed in an oven at designated temperature for the specified time. Bonds were then cooled for 1 min. and pulled at a rate of 2 inches/min.
Tensile Strength Test Methods
Tensile Strength Cure Time Cure Temperature Test Temperature Test Method
3,000 psi 60 min 121°C 25°C ASTM-D-738 at 2 inches/min.
3,000 psi 30 min 141°C 25°C ASTM-D-738 at 2 inches/min.