3M DP110 Gray

3M DP110 Gray Datasheet
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  • Description for 3M DP110 Gray

    Fast cure flexible epoxy • 30 min. handling strength

    *See Terms of Use Below

    Application Type Bond
    1 Part or 2 Part 2 Part
    Material Form Liquid
    Substrate Aluminum, Copper, Fiber, Brass, Metal, ABS, Polycarbonate, Fiber-Reinforced Polyester, PVC, Neoprene Rubber, Rubber, Styrene Butadiene Rubber, Cold rolled Steel, Galvanized Steel, Stainless Steel, Acrylic, Galvanized Steel, Plastic, Steel
    Manufacturer 3M
    Chemistry Epoxy, Epoxy: Modified Epoxy, Amine
    Cure Method Base/Accelerator
    Cure Temperature (°C) 23
    Cure Time (min) Fast, 2,880
    Viscosity (cPs) 55,000
    Color Gray
    Aging Resistance Aging resistance
    Chemical Resistance Salt spray, Tap water
    High Temperature Resistance (°C) 82
    Low Temperature Resistance (°C) -55

  • Technical Data for 3M DP110 Gray

    *See Terms of Use Below

    Overview
    • Application Type
    • 1 Part or 2 Part
      • 1 Part or 2 Part - 2 Part
      • Part A Name - Base
      • Part B Name - Accelerator
    • Material Form
      • Liquid
    • Substrate
    • Chemistry
    • Application Method
      • Dispenser - Pressurized flow equipment
      • Caulking gun - Conventional caulking Gun, Hand or Pressure Caulk
    • Cure Method
      • 2-Part Cure - Base/Accelerator
    • Color
      • Gray
    Specifications
    Cure Specs
    Cure Temperature (°C) 23 Test Method
    Cure Time (min) Fast, 2,880 Test Method
    Viscosity (cPs) 55,000 Test Method
    Fixture or Handling Strength Time (min) 20, 30
    Work / Pot Time (min) 8 to 13, 8 Test Method
    Mix Ratio 1:1 (by volume), 100:99 (by weight)
    Bond Strength
    Structural/Load-Bearing Structural
    Peel Strength (piw) 20 Test Method
    Shear Strength (psi) 2,700, 3,500, 270, 250, 2,300, 2,500, 2,450, 2,600, 1,750, 2,450, 80 to 100, 40 to 60, 680, 390, 660, 480, 1,400 Test Method
    Material Resistance
    Aging Resistance Aging resistance
    Chemical Resistance Salt spray, Tap water
    Environmental Resistance Environmental resistance
    High Temperature Resistance (°C) 82
    Low Temperature Resistance (°C) -55
    Moisture/Humidity Resistance Moisture/humidity resistance
    Conductivity
    Dielectric Strength (V/mil) 470
    Thermal Conductivity (W/m°K) 0.18 Test Method
    Volume Resistivity (O) 6.9e10 (ohms/cm)
    Hardness
    Shore D Hardness 45
    Elongation (%) 40
    Flexibility Flexible
    Other Properties
    Glass Transition Temp (Tg) (°C) 16
    Coefficient of Thermal Expansion (CTE) 73e-6, 165e-6 Test Method
    Business Information
    Shelf Life Details Store products at 60-80°F (16-27°C) for maximum storage life.;These products have a shelf life of two years in their unopened original bulk containers and 15 months in duo-pak containers from date of shipment., Store products at 60-80°F (16-27°C) for maximum storage life.;These products have a shelf life of two years in their unopened original bulk containers and 15 months in duo-pak containers from date of shipment.
    Shelf Life Temperature (°F) 61 to 81, 61 to 81
    Shelf Life Type Date of shipment, Date of shipment
    Shelf Life (mon) 15, 24

  • Best Practices for 3M DP110 Gray

    *See Terms of Use Below

    1. Surface Preparation

      For high strength structural bonds, paint, oxide films, oils, dust, mold release agents and all other surface contaminants must be completely removed from substrate to be bonded. However, the amount of surface preparation necessary directly depends on the user’s required bond strength, environmental aging resistance and economic practicalities.

      See Vendor Technical Data Sheet for more information

    2. Application

      To use, simply insert the duo-pak cartridge into the EPX applicator and start the plunger into the cylinders using light pressure on the trigger. Next, remove the duo-pak cartridge cap and expel a small amount of adhesive to be sure both sides of the duo-pak cartridge are flowing evenly and freely.

      Application to the substrates should be made within 8 minutes. Larger quantities and/or higher temperatures will reduce this working time.

      Join the adhesive coated surfaces and allow to cure at 60°F (16°C) or above until completely firm. Heat up to 200°F (93°C), will speed curing. These products will fully cure in 48 hours @ 75°F (24°C).

      Keep parts from moving during cure. Contact pressure necessary. Maximum shear strength is obtained with a 3-5 mil bond line.

    3. Mixing

      If automatic mixing of Part A and Part B is desired, attach the EPX mixing nozzle to the duo-pak cartridge and begin dispensing the adhesive. For hand mixing, expel the desired amount of adhesive and mix thoroughly. Mix approximately 15 seconds after a uniform color is obtained.

      Mix thoroughly by weight or volume in the proportions specified on the product label or in the uncured properties section. Mix approximately 15 seconds after a uniform color is obtained.

    4. Clean-Up

      Excess uncured adhesive can be cleaned up with ketone type solvents.*

      *Note: When using solvents, extinguish all ignition sources, including pilot lights, and follow the manufacturer’s precautions and directions for use.

  • Comparable Materials for 3M DP110 Gray

    *See Terms of Use Below

    Spec Engine® Results

    • 3M
      2216 B/A(3M)

      Long worklife rigid epoxy • 16-20 hrs. handling strength • Bond plastic, metal, and other dissimilar materials, translucent version

    • 3M
      DP110 Translucent(3M)

      Fast cure flexible epoxy • 30 min. handling strength

    • 3M
      2216 B/A Tan(3M)

      Long worklife rigid epoxy • 8-12 hrs. handling strength • Bond plastic, metal, and other dissimilar materials

    • Compare All
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Cure Temperature Test Methods
Cure Temperature Cure Time Test Method
23°C 48 hour cure @ 75°F (24°C) under 2 psi pressure
Cure Time Test Methods
Cure Time Test Method
Fast
2,880 min 48 hour cure @ 75°F (24°C) under 2 psi pressure
Viscosity Test Methods
Viscosity Temperature
55,000 cPs 72°C
Work / Pot Time Test Methods
Work / Pot Time Temperature
8 to 13 min 24°C
8 min
Shear Strength Test Methods
Shear Strength Type Substrate Test Temperature Test Method
2,700 psi Overlap shear strength Aluminum -55°C Overlap shear shear strength was measured on FPL etched 1 in. wide by 1/2 in. overlap specimens. The bonds were made from 2 panels of 4 in. x 7 in. x .063 in., 2024 T3 clad aluminum bonded together and cut into 1 in. wide specimens. The separation rate of the testing jaws was .1 in./minute. Tests similar to ASTM D-1002.
3,500 psi Overlap shear strength Aluminum 24°C Overlap shear shear strength was measured on FPL etched 1 in. wide by 1/2 in. overlap specimens. The bonds were made from 2 panels of 4 in. x 7 in. x .063 in., 2024 T3 clad aluminum bonded together and cut into 1 in. wide specimens. The separation rate of the testing jaws was .1 in./minute. Tests similar to ASTM D-1002.
270 psi Overlap shear strength Aluminum 71°C Overlap shear shear strength was measured on FPL etched 1 in. wide by 1/2 in. overlap specimens. The bonds were made from 2 panels of 4 in. x 7 in. x .063 in., 2024 T3 clad aluminum bonded together and cut into 1 in. wide specimens. The separation rate of the testing jaws was .1 in./minute. Tests similar to ASTM D-1002.
250 psi Overlap shear strength Aluminum 82°C Overlap shear shear strength was measured on FPL etched 1 in. wide by 1/2 in. overlap specimens. The bonds were made from 2 panels of 4 in. x 7 in. x .063 in., 2024 T3 clad aluminum bonded together and cut into 1 in. wide specimens. The separation rate of the testing jaws was .1 in./minute. Tests similar to ASTM D-1002.
2,300 psi Overlap shear strength Aluminum/Aluminum 24°C Overlap shear strengths were measured on 1 in. wide 1/2 in. overlap specimens. These bonds were made individually using 1 in. x 4 in. pieces of substrate. The thickness of the substrates were: cold rolled, galvanized and stainless steel – 0.056-0.062 in., copper – 0.032 in., brass – 0.036 in., rubbers – 0.125 in., plastics – 0.125 in. All surfaces were prepared by solvent wiping/abrading/solvent wiping. The jaw separation rate used for testing was 0.1 in. per minute for metals, 2 in. per minute for plastics, and 20 in. per minute for rubbers.
2,500 psi Overlap shear strength Cold Rolled Steel/Cold Rolled Steel 24°C Overlap shear strengths were measured on 1 in. wide 1/2 in. overlap specimens. These bonds were made individually using 1 in. x 4 in. pieces of substrate. The thickness of the substrates were: cold rolled, galvanized and stainless steel – 0.056-0.062 in., copper – 0.032 in., brass – 0.036 in., rubbers – 0.125 in., plastics – 0.125 in. All surfaces were prepared by solvent wiping/abrading/solvent wiping. The jaw separation rate used for testing was 0.1 in. per minute for metals, 2 in. per minute for plastics, and 20 in. per minute for rubbers.
2,450 psi Overlap shear strength Stainless Steel/Stainless Steel 24°C Overlap shear strengths were measured on 1 in. wide 1/2 in. overlap specimens. These bonds were made individually using 1 in. x 4 in. pieces of substrate. The thickness of the substrates were: cold rolled, galvanized and stainless steel – 0.056-0.062 in., copper – 0.032 in., brass – 0.036 in., rubbers – 0.125 in., plastics – 0.125 in. All surfaces were prepared by solvent wiping/abrading/solvent wiping. The jaw separation rate used for testing was 0.1 in. per minute for metals, 2 in. per minute for plastics, and 20 in. per minute for rubbers.
2,600 psi Overlap shear strength Galvanized Steel/Galvanized Steel 24°C Overlap shear strengths were measured on 1 in. wide 1/2 in. overlap specimens. These bonds were made individually using 1 in. x 4 in. pieces of substrate. The thickness of the substrates were: cold rolled, galvanized and stainless steel – 0.056-0.062 in., copper – 0.032 in., brass – 0.036 in., rubbers – 0.125 in., plastics – 0.125 in. All surfaces were prepared by solvent wiping/abrading/solvent wiping. The jaw separation rate used for testing was 0.1 in. per minute for metals, 2 in. per minute for plastics, and 20 in. per minute for rubbers.
1,750 psi Overlap shear strength Copper/Copper 24°C Overlap shear strengths were measured on 1 in. wide 1/2 in. overlap specimens. These bonds were made individually using 1 in. x 4 in. pieces of substrate. The thickness of the substrates were: cold rolled, galvanized and stainless steel – 0.056-0.062 in., copper – 0.032 in., brass – 0.036 in., rubbers – 0.125 in., plastics – 0.125 in. All surfaces were prepared by solvent wiping/abrading/solvent wiping. The jaw separation rate used for testing was 0.1 in. per minute for metals, 2 in. per minute for plastics, and 20 in. per minute for rubbers.
2,450 psi Overlap shear strength Brass/Brass 24°C Overlap shear strengths were measured on 1 in. wide 1/2 in. overlap specimens. These bonds were made individually using 1 in. x 4 in. pieces of substrate. The thickness of the substrates were: cold rolled, galvanized and stainless steel – 0.056-0.062 in., copper – 0.032 in., brass – 0.036 in., rubbers – 0.125 in., plastics – 0.125 in. All surfaces were prepared by solvent wiping/abrading/solvent wiping. The jaw separation rate used for testing was 0.1 in. per minute for metals, 2 in. per minute for plastics, and 20 in. per minute for rubbers.
80 to 100 psi Overlap shear strength Styrene Butadiene Rubber/Steel 24°C Overlap shear strengths were measured on 1 in. wide 1/2 in. overlap specimens. These bonds were made individually using 1 in. x 4 in. pieces of substrate. The thickness of the substrates were: cold rolled, galvanized and stainless steel – 0.056-0.062 in., copper – 0.032 in., brass – 0.036 in., rubbers – 0.125 in., plastics – 0.125 in. All surfaces were prepared by solvent wiping/abrading/solvent wiping. The jaw separation rate used for testing was 0.1 in. per minute for metals, 2 in. per minute for plastics, and 20 in. per minute for rubbers.
40 to 60 psi Overlap shear strength Neoprene Rubber/Steel 24°C Overlap shear strengths were measured on 1 in. wide 1/2 in. overlap specimens. These bonds were made individually using 1 in. x 4 in. pieces of substrate. The thickness of the substrates were: cold rolled, galvanized and stainless steel – 0.056-0.062 in., copper – 0.032 in., brass – 0.036 in., rubbers – 0.125 in., plastics – 0.125 in. All surfaces were prepared by solvent wiping/abrading/solvent wiping. The jaw separation rate used for testing was 0.1 in. per minute for metals, 2 in. per minute for plastics, and 20 in. per minute for rubbers.
680 psi Overlap shear strength ABS/ABS Plastic 24°C Overlap shear strengths were measured on 1 in. wide 1/2 in. overlap specimens. These bonds were made individually using 1 in. x 4 in. pieces of substrate. The thickness of the substrates were: cold rolled, galvanized and stainless steel – 0.056-0.062 in., copper – 0.032 in., brass – 0.036 in., rubbers – 0.125 in., plastics – 0.125 in. All surfaces were prepared by solvent wiping/abrading/solvent wiping. The jaw separation rate used for testing was 0.1 in. per minute for metals, 2 in. per minute for plastics, and 20 in. per minute for rubbers.
390 psi Overlap shear strength PVC/PVC, Rigid 24°C Overlap shear strengths were measured on 1 in. wide 1/2 in. overlap specimens. These bonds were made individually using 1 in. x 4 in. pieces of substrate. The thickness of the substrates were: cold rolled, galvanized and stainless steel – 0.056-0.062 in., copper – 0.032 in., brass – 0.036 in., rubbers – 0.125 in., plastics – 0.125 in. All surfaces were prepared by solvent wiping/abrading/solvent wiping. The jaw separation rate used for testing was 0.1 in. per minute for metals, 2 in. per minute for plastics, and 20 in. per minute for rubbers.
660 psi Overlap shear strength Polycarbonate/Polycarbonate 24°C Overlap shear strengths were measured on 1 in. wide 1/2 in. overlap specimens. These bonds were made individually using 1 in. x 4 in. pieces of substrate. The thickness of the substrates were: cold rolled, galvanized and stainless steel – 0.056-0.062 in., copper – 0.032 in., brass – 0.036 in., rubbers – 0.125 in., plastics – 0.125 in. All surfaces were prepared by solvent wiping/abrading/solvent wiping. The jaw separation rate used for testing was 0.1 in. per minute for metals, 2 in. per minute for plastics, and 20 in. per minute for rubbers.
480 psi Overlap shear strength Acrylic/Acrylic 24°C Overlap shear strengths were measured on 1 in. wide 1/2 in. overlap specimens. These bonds were made individually using 1 in. x 4 in. pieces of substrate. The thickness of the substrates were: cold rolled, galvanized and stainless steel – 0.056-0.062 in., copper – 0.032 in., brass – 0.036 in., rubbers – 0.125 in., plastics – 0.125 in. All surfaces were prepared by solvent wiping/abrading/solvent wiping. The jaw separation rate used for testing was 0.1 in. per minute for metals, 2 in. per minute for plastics, and 20 in. per minute for rubbers.
1,400 psi Overlap shear strength Fiber Reinforced Polyester/Fiber Reinforced Polyester 24°C The substrate broke during the test instead of the bond., Overlap shear strengths were measured on 1 in. wide 1/2 in. overlap specimens. These bonds were made individually using 1 in. x 4 in. pieces of substrate. The thickness of the substrates were: cold rolled, galvanized and stainless steel – 0.056-0.062 in., copper – 0.032 in., brass – 0.036 in., rubbers – 0.125 in., plastics – 0.125 in. All surfaces were prepared by solvent wiping/abrading/solvent wiping. The jaw separation rate used for testing was 0.1 in. per minute for metals, 2 in. per minute for plastics, and 20 in. per minute for rubbers.
Peel Strength Test Methods
Peel Strength Type Substrate Test Temperature Test Method
20 piw T-Peel Aluminum 24°C T-Peel bonds were measured on 1 in. wide specimens cut from two FPL etched 8 in.x 8 in. x .032 in., 2024 T3 clad aluminum panels bonded together. The separation note of the testing jaws was 20 in./minute. Tests similar to ASTM D-1876.
Thermal Conductivity Test Methods
Thermal Conductivity Temperature
0.18 W/m°K 45°C
Coefficient of Thermal Expansion (CTE) Test Methods
Coefficient of Thermal Expansion (CTE) CTE Temperature (°C)
73e-6 -50 to 0°C
165e-6 -50 to 110°C