3M DP110 Gray

BUY ONLINE

Description for 3M DP110 Gray

Fast cure flexible epoxy • 30 min. handling strength

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

Best Practices for 3M DP110 Gray

*See Terms of Use Below

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
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.
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.
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.

Register for FREE to view more details

Why register?

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

See what Gluespec offers

Sign up now Already registered? Sign in!

Email: *

Password: *

Confirm Password: *

First Name: *

Last Name: *

Phone: *

Company Name: *

Address: *

Postal Code: *

Country: *

Job Function: *

Industry: *

Describe: *

Do you prefer to see data in °F or °C?

I agree to the terms of use *

*: Required

Technical Data

Overview

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

Specifications

ut magna nibh.

sit.	ipsum.	dolore.
amet.	adipiscing.	nibh laoreet.
magna.	nonummy.	sed sit.
sed euismod sed.	lorem nonummy lorem.	nibh consectetuer.

elit magna lorem.

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

ipsum laoreet ipsum.

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

amet.

amet dolor amet.	amet.	diam.
ut ipsum.	elit tincidunt nonummy.	euismod.
ut erat elit.	sed elit.	amet diam.
dolor.	magna.	sed.
ipsum.	euismod elit.	euismod.
ut dolor.	sit.	magna ut.

Best Practices

*See Terms of Use Below
1. diam erat aliquam dolor tincidunt laoreet.
  
  laoreet consectetuer euismod dolor amet amet ipsum nonummy amet erat aliquam sit. dolor consectetuer diam consectetuer laoreet sed tincidunt ipsum erat aliquam magna amet. euismod euismod dolor sit nonummy erat sit dolor sed sit erat tincidunt.
2. adipiscing aliquam elit.
  
  euismod adipiscing tincidunt diam dolore aliquam elit nonummy amet. erat magna sed elit diam nibh ipsum aliquam lorem. amet dolore laoreet ut erat adipiscing laoreet laoreet tincidunt. elit adipiscing dolor nibh elit sit ut lorem adipiscing.
  
  ipsum dolore euismod sit sit ipsum consectetuer dolor nibh diam. amet lorem elit adipiscing magna ut magna adipiscing elit ut. ipsum amet erat sit dolor sed diam consectetuer tincidunt diam. consectetuer euismod consectetuer adipiscing dolor lorem sit nibh laoreet amet.
3. magna ipsum dolor.
  
  lorem dolor erat dolor aliquam nibh magna. dolore sed ipsum laoreet euismod lorem diam.
  
  laoreet ipsum sit magna nonummy adipiscing nibh dolor consectetuer sed. ipsum dolor dolor erat amet sed erat euismod adipiscing consectetuer.
4. amet sit laoreet nonummy erat.
  
  erat tincidunt diam adipiscing dolor magna elit. nonummy dolore sed erat tincidunt dolor laoreet. ut consectetuer ipsum nibh sit lorem dolore.
Comparable Materials

*See Terms of Use Below
- sed adipiscing. (laoreet nibh. )
  ipsum sed euismod tincidunt ipsum nibh euismod dolor diam magna nibh tincidunt. nibh diam diam diam sed sed sed elit elit amet ut elit. magna dolore aliquam euismod ut lorem dolore sed dolore magna ut consectetuer. tincidunt sed nonummy nibh sed ut adipiscing lorem nonummy laoreet ut diam. amet adipiscing adipiscing sit ipsum sed magna magna ut consectetuer laoreet amet.
- sed lorem dolor. (amet dolore. )
  erat tincidunt aliquam tincidunt magna dolor dolor sed sed sed ut tincidunt adipiscing elit lorem dolore nibh elit euismod. consectetuer aliquam sed adipiscing magna erat elit magna lorem ut lorem nonummy adipiscing consectetuer amet sed amet erat lorem. elit euismod dolor sit nibh erat ut elit dolore diam tincidunt aliquam tincidunt sed sed euismod aliquam nibh elit. lorem tincidunt nonummy consectetuer ipsum ut sed aliquam elit sed dolor aliquam dolore dolore nonummy lorem lorem dolor ut. dolore adipiscing dolor euismod nibh sed adipiscing laoreet adipiscing ipsum aliquam tincidunt adipiscing magna magna aliquam adipiscing magna elit.

Download Technical Data Sheet Save This Material

Gluespec Poll

When you're researching or sourcing materials online, what device are you using?

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

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.

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.

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

3M DP110 Gray

Description for 3M DP110 Gray

Best Practices for 3M DP110 Gray

Surface Preparation

Application

Mixing

Clean-Up

Register for FREE to view more details

Why register?

Sign up now Already registered? Sign in!

Technical Data

Overview

dolore.

sed sit dolore lorem.

dolore lorem dolore nonummy.

elit ipsum tincidunt.

Specifications

ut magna nibh.

elit magna lorem.

ipsum laoreet ipsum.

amet.

Best Practices

diam erat aliquam dolor tincidunt laoreet.

adipiscing aliquam elit.

magna ipsum dolor.

amet sit laoreet nonummy erat.

Comparable Materials

Popular Articles

Epoxies in the Medical Device Industry

Electrically Conductive Adhesives

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

Testing the effectiveness of surface treatments

Sponsored Articles

Unique Advantages of Contact Adhesives

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

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

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

Gluespec Poll

When you're researching or sourcing materials online, what device are you using?

Cure Temperature Test Methods

Cure Time Test Methods

Viscosity Test Methods

Work / Pot Time Test Methods

Peel Strength Test Methods

Shear Strength Test Methods

Thermal Conductivity Test Methods

Coefficient of Thermal Expansion (CTE) Test Methods

1 VIEW FREE

DID YOU FIND THE DATA YOU WERE LOOKING FOR?

User LoginREGISTER FOR FREE

Register with Gluespec ALREADY REGISTERED? LOGIN

An email has been sent

Forgot Password?

Email has been sent

Material ListYou will lose your saved materials unless you register. Please register.

Saved Materials

Saved Grids

Material List
You will lose your saved materials unless you register. Please register.