3M Scotch-Weld 8910NS Black Acrylic Adhesive in 5 Gallon Pails - Part B

3M Scotch-Weld 8910NS Black Acrylic Adhesive in 5 Gallon Pails Overview

3M 8910NS Nylon Bonder Adhesive, available in a 5-gallon pail, is a high-performance, two-part acrylic adhesive engineered for bonding nylon (polyamides), engineered plastics, and metals like aluminum and stainless steel. Designed to be used with the A3-2 Accelerator (Part A) in a 10:1 mix ratio, this black, non-sag adhesive simplifies surface preparation by bonding directly to nylon without the need for plasma or flame treatment. With a 10-minute open time and handling strength achieved in 15 to 20 minutes, 8910NS delivers efficient and reliable bonding, even in high-temperature conditions, making it suitable for automotive, EV battery, and sporting goods applications.

3M 8910NS Features and Benefits

• 5-Gallon Pail: Ideal size for extensive industrial applications requiring durable adhesive performance.
• 3M Compatibility: Designed to work with the A3-2 Accelerator in a 10:1 mix ratio for optimal results.
• Strong Bonding: Provides excellent adhesion on nylon, engineered plastics, and metals, including aluminum.
• Minimal Surface Prep: Bonds to nylon without the need for plasma or flame treatment, reducing prep time.
• Fast Handling Strength: Reaches handling strength in 15-20 minutes, with a full cure in 24 hours.
• High-Temperature Resistance: Designed for demanding, high-temperature environments.
• Controlled Bond Line Thickness: Ceramic beads ensure consistent bond line thickness for reliable applications.

Specifications

• Series: 3M Scotch-Weld 8910NS
• Type: Acrylic Structural Adhesive
• Application: Bonding
• Substrates: Aluminum, Stainless Steel and Other Metals that are Commonly Joined to Nylon
• Color: Black
• Package Size: 5 Gallon Pail
• Mix Ratio by Volume (B:A): 10:1
• Mixed Viscosity: 55,000 to 111,000 cps
• Open Time: 10 Minutes
• Fast Handling Strength: 15-20 Minutes
• Curing Time: Fully Cured in 24 Hours
• Storage Temperature: 60°F to 80°F (16°C to 27°C)

Note: All results are based on testing at 72°F (22°C).