Lightning Deal 3m™ Ultra High Temperature Adhesive Transfer Tape 9085, Clear, 1/4 In X 60 Yd, 5 Mil, 144 Rolls Per Case Fast Dispatch [82TtdbiX]

3M™ Ultra High Temperature Adhesive Transfer Tape 9085: Your Ultimate Solution for Extreme Conditions

The 3M™ Ultra High Temperature Adhesive Transfer Tape 9085 is designed for demanding environments where traditional adhesives fail. This high-performance tape offers exceptional peel and shear strength, making it ideal for applications requiring robust bonding in extreme conditions. With its ultra-high temperature acrylic adhesive, this tape ensures a long-lasting bond, even at elevated temperatures up to 540°F (280°C) in the short term.

• Superior Peel Strength for reliable bonding in challenging conditions.
• Excellent Shear Strength for enduring bonds in high-temperature environments.

Technical Specifications and Features

Engineered for durability and versatility, the 3M™ Ultra High Temperature Adhesive Transfer Tape 9085 boasts a transparent, double-sided 5 mil (0.13 mm) thickness, providing a thin profile without compromising on performance. Its 55# densified kraft brown paper release liner is printed with a green 3M™ logo for easy identification. The adhesive system features low outgassing properties, making it perfect for electronic and automotive industries.

• Heat Resistance up to 540°F (280°C) in the short term.
• Low Outgassing suitable for sensitive applications in electronics and automotive sectors.

Practical Applications and Target Audience

Whether you're working on lead-free solder reflow or seeking a durable bond in extreme conditions, the 3M™ Ultra High Temperature Adhesive Transfer Tape 9085 is your go-to solution. Its outstanding UV and chemical resistance ensure performance longevity, making it a reliable choice for various industries. Ideal for electronic manufacturing, automotive repairs, and more, this tape is designed for professionals who demand the best.

• Electronics Manufacturing for durable bonding in sensitive applications.
• Automotive Repairs for robust bonding in high-temperature environments.