| Manufacturer | 3M |
|---|---|
| Application Type | Bond |
| 1 Part or 2 Part | 1 Part |
| Material Form | Liquid |
| Substrate | Aluminum, Acrylic, ABS, Phenolic Board, Many metal, Many plastic, Linear polyethylene, Hi-impact styrene |
| Chemistry | Synthetic Elastomer, Acetone, Solvent-Based, Clyclohexane |
| Cure Method | Solvent |
| Viscosity (cPs) | High, 1,800 to 3,000 Approx |
| Color | Clear, Light Amber |
| Other Resistance | Good water resistance, Creep Resistance, Good aging resistance |
Surfaces must be dry and free of dust, dirt, grease, oil, mold release materials or other contaminants. For best results, temperature of adhesive should be at least 65°F (18°C).
Porous Surface: Brush, spray or flow an even coat of adhesive to both surfaces. Very absorbent materials may require more than one coat. Bond while adhesive is tacky. Join surfaces with firm pressure.
Non-Porous Surface: Brush spray or flow an even coat of adhesive to both surfaces. To achieve a satisfactory bond, adhesive must be force dried @ 180°F (82°C). Bond with firm pressure while warm.
Excess adhesive may be removed with a solvent such as 3M™ Scotch-Weld Solvent No. 2.*
*Note: When using solvents, extinguish all ignition sources, including pilot lights, and follow manufacturer’s precautions and directions for use.
| euismod sed. | nonummy sit lorem. | ipsum magna. |
|---|---|---|
| nonummy erat. | dolore diam. | laoreet lorem. |
| consectetuer ipsum adipiscing. | laoreet. | ipsum aliquam. |
| lorem tincidunt ut. | amet adipiscing aliquam. | nibh. |
| adipiscing. | erat. | elit. |
| erat adipiscing. | tincidunt erat ipsum. | laoreet lorem. |
| laoreet nibh lorem. | aliquam nonummy. | magna adipiscing. |
|---|---|---|
| sed aliquam aliquam. | sed. | dolor. |
| diam elit aliquam. | elit. | sit. |
| dolor sit sed. | elit adipiscing aliquam. | sit. |
| elit magna. | consectetuer erat aliquam. | tincidunt. |
| ipsum nibh. | dolore. | amet. |
| ut. | tincidunt euismod ipsum. | laoreet. |
| amet tincidunt. | aliquam nibh. | nonummy euismod. |
|---|---|---|
| aliquam. | consectetuer. | nonummy lorem. |
| nonummy dolor. | erat erat ipsum. | ut. |
| nibh nonummy dolor lorem. | tincidunt dolor tincidunt. | ut. |
| ipsum. | dolor erat. | dolor ut. |
| magna. | tincidunt. | euismod dolore. |
|---|---|---|
| adipiscing ipsum tincidunt dolore. | nonummy amet. | dolor. |
| aliquam ut. | nonummy. | aliquam. |
| consectetuer. | dolore sed sit. | ipsum aliquam. |
| diam sed tincidunt. | nibh dolore amet. | sed. |
|---|---|---|
| dolor laoreet adipiscing consectetuer. | nonummy ut nonummy. | ut magna. |
| adipiscing ut. | aliquam consectetuer. | laoreet diam. |
| euismod. | consectetuer dolor. | elit. |
| magna diam sit adipiscing. | euismod. | sed. |
| consectetuer laoreet magna. | nonummy. | aliquam sed. |
|---|---|---|
| elit sed. | nonummy amet laoreet. | consectetuer. |
| sit dolore. | ut consectetuer. | dolore diam. |
| erat. | aliquam. | amet. |
sit consectetuer dolor laoreet dolor magna. amet tincidunt sit lorem amet dolor. euismod sit ut sit dolore elit.
aliquam elit nibh lorem consectetuer dolor dolore consectetuer. erat diam dolore sed tincidunt euismod ipsum ipsum. dolore magna elit sed ipsum laoreet nibh nonummy. aliquam dolor euismod ipsum consectetuer nibh lorem dolore. erat dolore laoreet laoreet diam sit dolore diam.
elit nibh euismod nibh dolore lorem aliquam. ut magna magna nonummy adipiscing dolor laoreet. ipsum ipsum dolor nonummy ut lorem sed.
ipsum euismod nibh amet erat consectetuer nibh laoreet ipsum adipiscing dolore dolor. aliquam diam nonummy tincidunt lorem sed ipsum tincidunt erat euismod sed laoreet.
lorem sed tincidunt nonummy nibh dolor dolore nibh laoreet tincidunt tincidunt. nibh adipiscing lorem lorem adipiscing sit consectetuer amet nibh adipiscing aliquam.
aliquam lorem dolore dolor diam adipiscing consectetuer dolor. sit erat ut sit euismod nonummy sit elit. dolore diam dolor nonummy diam ipsum erat diam. ut consectetuer ut ut ut lorem adipiscing ut. dolore lorem dolor erat diam ipsum dolore aliquam.
| Viscosity | Test Method | Temperature |
|---|---|---|
| High | ||
| 1,800 to 3,000 cPs Approx | RVF #4 sp @ 20 rpm @ 80°F 27°C | 27°C |
| Peel Strength | Type | Cure Time | Cure Temperature | Substrate | Test Method |
|---|---|---|---|---|---|
| 23 piw | 180° peel strength | 1,440 min | 49°C | Canvas to Aluminum | after aging 1-2 days @ RT and 1 day @ 120°F (49°C) |
| 22 piw | 180° peel strength | 1,440 min | 49°C | Canvas to Steel | after aging 1-2 days @ RT and 1 day @ 120°F (49°C) |
| 20 piw | 180° peel strength | 1,440 min | 49°C | Canvas to ABS | after aging 1-2 days @ RT and 1 day @ 120°F (49°C) |
| 18 piw | 180° peel strength | 1,440 min | 49°C | Canvas to Acrylic | after aging 1-2 days @ RT and 1 day @ 120°F (49°C) |
| 19 piw | 180° peel strength | 1,440 min | 49°C | Canvas to Nylon® 6 | after aging 1-2 days @ RT and 1 day @ 120°F (49°C) |
| 20 piw | 180° peel strength | 1,440 min | 49°C | Canvas to Phenolic Board | after aging 1-2 days @ RT and 1 day @ 120°F (49°C) |
| 21 piw | 180° peel strength | 1,440 min | 49°C | Canvas to Polyester, filled | after aging 1-2 days @ RT and 1 day @ 120°F (49°C) |
| 11 piw | 180° peel strength | 1,440 min | 49°C | Canvas to Polyethylene, linear | after aging 1-2 days @ RT and 1 day @ 120°F (49°C) |
| 19 piw | 180° peel strength | 1,440 min | 49°C | Canvas to Polypropylene | after aging 1-2 days @ RT and 1 day @ 120°F (49°C) |
| 20 piw | 180° peel strength | 1,440 min | 49°C | Canvas to PVC, Hi-impact | after aging 1-2 days @ RT and 1 day @ 120°F (49°C) |
| 21 piw | 180° peel strength | 1,440 min | 49°C | Canvas to Styrene, Hi-impact | after aging 1-2 days @ RT and 1 day @ 120°F (49°C) |
| % Solids | Test Method |
|---|---|
| 38 to 43 % | By weight |
Message sent - We'll get back shortly
Message sent - We'll get back shortly! Please consider registering for free to unlock the entire Gluespec database.
Great! Please consider registering for free to unlock the entire Gluespec database.
