3M 4200

3M 4200 Datasheet
CONTACT REP

  • Description for 3M 4200

    A fast curing, one-part polyurethane that chemically reacts with moisture to deliver strong, flexible bonds to wood, gelcoat and fiberglass. It forms watertight, weather-resistant seals on joints and boat hardware above and below the waterline.

    *See Terms of Use Below

    Application Type Bond, Seal
    1 Part or 2 Part 1 Part
    Material Form Non-sag paste
    Substrate Plastic: Acrylic, Plastic: Polyethylene, Vinyl, Fiberglass, Glass, Metals, gelcoat, Rubber: EPDM rubber, Wood, FRP, Plastics/Polymers, Primed Teak, Pine, certain plastics, Oak, Maple, Fir, Mahogany
    Industry Transportation: Marine
    Manufacturer 3M
    Chemistry Polyurethane
    Cure Method Moisture
    Cure Temperature (°C) 23
    Cure Time (min) Fast, 1,440
    Color Black, White
    High Temperature Resistance (°C) 88
    Low Temperature Resistance (°C) -40
    Density (g/cm³) 9.75 (Lbs/Gallon) (Approx.)

  • Technical Data

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

  • Best Practices

    *See Terms of Use Below

    1. sed magna dolor diam amet amet.

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

    2. adipiscing nibh sed nonummy.

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

    3. nonummy lorem diam.

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

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

    4. dolore euismod ipsum adipiscing.

      amet dolore tincidunt magna ipsum euismod laoreet amet euismod. euismod dolor erat lorem erat ipsum elit aliquam sed.

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

  • Comparable Materials

    *See Terms of Use Below

    • lorem aliquam dolor dolore. (elit tincidunt. )

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

    • erat consectetuer. (nonummy. )

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

  Download Technical Data Sheet   Save This Material Saved Items (0)

Popular Articles

Anaerobic Adhesives

Read Article

What Are the Differences Between Adhesives and Sealants?

Read Article

Testing the effectiveness of surface treatments

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

Which answer best describes a project you are currently working on?
Cure Temperature Test Methods
Cure Temperature Cure Time Test Method
23°C 50% Relative Humidity
Cure Time Test Methods
Cure Time Test Method
Fast
1,440 min 50% Relative Humidity
Tack Free Time Test Methods
Tack Free Time Tack Free Temperature Test Method
60 to 120 min 24°C at 75°F (24°C) and 50% R.H.
Shear Strength Test Methods
Shear Strength Type Cure Temperature Cure Humidity Substrate Chemical Test Temperature Test Humidity Test Method
129 psi Overlap shear Strength 21°C 50 % Wood: Primer Teak (#06533) One inch (2.54 cm) overlap specimens at 0.093 inch (0.2362 cm) thickness. Samples cured at 70°F (21°C), 50% Relative Humidity., Cohesive – Adhesive/Sealant fails before adhesive/sealant releases from substrate. This is the desired mode.
185 psi Overlap shear Strength 21°C 50 % Wood: Pine One inch (2.54 cm) overlap specimens at 0.093 inch (0.2362 cm) thickness. Samples cured at 70°F (21°C), 50% Relative Humidity., Cohesive – Adhesive/Sealant fails before adhesive/sealant releases from substrate. This is the desired mode.
195 psi Overlap shear Strength 21°C 50 % Wood: Oak One inch (2.54 cm) overlap specimens at 0.093 inch (0.2362 cm) thickness. Samples cured at 70°F (21°C), 50% Relative Humidity., Cohesive – Adhesive/Sealant fails before adhesive/sealant releases from substrate. This is the desired mode.
218 psi Overlap shear Strength 21°C 50 % Wood: Maple One inch (2.54 cm) overlap specimens at 0.093 inch (0.2362 cm) thickness. Samples cured at 70°F (21°C), 50% Relative Humidity., Cohesive – Adhesive/Sealant fails before adhesive/sealant releases from substrate. This is the desired mode.
165 psi Overlap shear Strength 21°C 50 % Wood: Fir One inch (2.54 cm) overlap specimens at 0.093 inch (0.2362 cm) thickness. Samples cured at 70°F (21°C), 50% Relative Humidity., Cohesive – Adhesive/Sealant fails before adhesive/sealant releases from substrate. This is the desired mode.
260 psi Overlap shear Strength 21°C 50 % Wood: Mahogany One inch (2.54 cm) overlap specimens at 0.093 inch (0.2362 cm) thickness. Samples cured at 70°F (21°C), 50% Relative Humidity., Cohesive – Adhesive/Sealant fails before adhesive/sealant releases from substrate. This is the desired mode.
100 psi Overlap shear Strength 21°C 50 % Metal: Stainless Steel One inch (2.54 cm) overlap specimens at 0.093 inch (0.2362 cm) thickness. Samples cured at 70°F (21°C), 50% Relative Humidity., Cohesive – Adhesive/Sealant fails before adhesive/sealant releases from substrate. This is the desired mode.
100 psi Overlap shear Strength 21°C 50 % Metal: Aluminum One inch (2.54 cm) overlap specimens at 0.093 inch (0.2362 cm) thickness. Samples cured at 70°F (21°C), 50% Relative Humidity., Adhesive Failure – Adhesive/Sealant releases from substrate.
95 psi Overlap shear Strength 21°C 50 % Plastics/Polymers: Nylon One inch (2.54 cm) overlap specimens at 0.093 inch (0.2362 cm) thickness. Samples cured at 70°F (21°C), 50% Relative Humidity., Adhesive Failure – Adhesive/Sealant releases from substrate.
100 psi Overlap shear Strength 21°C 50 % Plastics/Polymers: ABS One inch (2.54 cm) overlap specimens at 0.093 inch (0.2362 cm) thickness. Samples cured at 70°F (21°C), 50% Relative Humidity., Adhesive Failure – Adhesive/Sealant releases from substrate.
55 psi Overlap shear Strength 21°C 50 % Plastics/Polymers: Acrylic One inch (2.54 cm) overlap specimens at 0.093 inch (0.2362 cm) thickness. Samples cured at 70°F (21°C), 50% Relative Humidity., Adhesive Failure – Adhesive/Sealant releases from substrate.
100 psi Overlap shear Strength 21°C 50 % Plastics/Polymers: Polycarbonate One inch (2.54 cm) overlap specimens at 0.093 inch (0.2362 cm) thickness. Samples cured at 70°F (21°C), 50% Relative Humidity., Cohesive – Adhesive/Sealant fails before adhesive/sealant releases from substrate. This is the desired mode.
244 psi Overlap shear Strength 21°C 50 % Plastics/Polymers: Gelcoat One inch (2.54 cm) overlap specimens at 0.093 inch (0.2362 cm) thickness. Samples cured at 70°F (21°C), 50% Relative Humidity., Cohesive – Adhesive/Sealant fails before adhesive/sealant releases from substrate. This is the desired mode.
258 psi Overlap shear Strength 21°C 50 % Plastics/Polymers: Fiberglass One inch (2.54 cm) overlap specimens at 0.093 inch (0.2362 cm) thickness. Samples cured at 70°F (21°C), 50% Relative Humidity., Cohesive – Adhesive/Sealant fails before adhesive/sealant releases from substrate. This is the desired mode.
25 psi Overlap shear Strength 21°C 50 % Plastics/Polymers: Polypropylene One inch (2.54 cm) overlap specimens at 0.093 inch (0.2362 cm) thickness. Samples cured at 70°F (21°C), 50% Relative Humidity., Adhesive Failure – Adhesive/Sealant releases from substrate.
0 psi Overlap shear Strength 21°C 50 % Plastics/Polymers: Polyethylene One inch (2.54 cm) overlap specimens at 0.093 inch (0.2362 cm) thickness. Samples cured at 70°F (21°C), 50% Relative Humidity., Adhesive Failure – Adhesive/Sealant releases from substrate.
0 psi Overlap shear Strength 21°C 50 % Plastics/Polymers: Vinyl One inch (2.54 cm) overlap specimens at 0.093 inch (0.2362 cm) thickness. Samples cured at 70°F (21°C), 50% Relative Humidity., Adhesive Failure – Adhesive/Sealant releases from substrate.
0 psi Overlap shear Strength 21°C 50 % Plastics/Polymers: EPDM rubber One inch (2.54 cm) overlap specimens at 0.093 inch (0.2362 cm) thickness. Samples cured at 70°F (21°C), 50% Relative Humidity., Adhesive Failure – Adhesive/Sealant releases from substrate.
62 psi Overlap shear Strength 21°C 50 % Glass One inch (2.54 cm) overlap specimens at 0.093 inch (0.2362 cm) thickness. Samples cured at 70°F (21°C), 50% Relative Humidity., Adhesive Failure – Adhesive/Sealant releases from substrate., Failure Mode
138 psi Overlap shear Strength Stainless steel 21°C 50 % One inch (2.54 cm) overlap specimens (0.093 inch (0.2362 cm) thickness).
135 psi Overlap shear Strength Stainless steel Salt Water Immersion 500 hours 21°C 50 % One inch (2.54 cm) overlap specimens (0.093 inch (0.2362 cm) thickness)., Adhesive Failure – Adhesive/Sealant releases from substrate.
100 psi Overlap Shear Strength 21°C 50 % Cold-Rolled Steel One inch (2.54 cm) overlap specimens at 0.093 inch (0.2362 cm) thickness. Samples cured at 70°F (21°C), 50% Relative Humidity.
165 psi Overlap Shear Strength 21°C 50 % Fiber-Reinforced Plastic One inch (2.54 cm) overlap specimens at 0.093 inch (0.2362 cm) thickness. Samples cured at 70°F (21°C), 50% Relative Humidity.
20 psi Overlap Shear Strength 21°C 50 % LDPE One inch (2.54 cm) overlap specimens at 0.093 inch (0.2362 cm) thickness. Samples cured at 70°F (21°C), 50% Relative Humidity.
75 psi Overlap Shear Strength 21°C 50 % PVC One inch (2.54 cm) overlap specimens at 0.093 inch (0.2362 cm) thickness. Samples cured at 70°F (21°C), 50% Relative Humidity.
Tensile Strength Test Methods
Tensile Strength Test Temperature Test Humidity Test Method
180 psi 21°C 1 % ASTM D412
Elongation Test Methods
Elongation Test Method
>400 % Elongation at Break (ASTM D412)
Shore A Hardness Test Methods
Shore A Hardness Shore Hardness Test Method
40 ASTM C661
% Solids Test Methods
% Solids Test Method
100 % Approx.