Adept Industrial Solutions

Stylus High Bond Foam Tapes

Stylus High Bond Foam Tapes offer exceptional bonding strength and durability for demanding applications. These tapes feature a high-performance acrylic adhesive that provides a strong and permanent bond between surfaces, including metals, plastics, and composites. The foam core offers excellent conformability and cushioning, ensuring reliable adhesion even on irregular or textured surfaces. Ideal for mounting, bonding, and sealing applications, Stylus High Bond Foam Tapes provide long-lasting performance and resistance to temperature, moisture, and UV exposure. Easy to apply and handle, they offer a versatile and reliable solution for various industrial and commercial needs.

Stylus 5608 LES Tape
Code: Stylus 5608 | Category: LSE Double Sided High Bond Foam Tapes
Stylus 5608 LES Tape

5608 High-performance acrylic foam tape particularly suitable for bonding components with low surface energy. Colour Black. Thickness 0.8mm

Stylus 5611 LSE Tape
Code: Stylus 5611 | Category: LSE Double Sided High Bond Foam Tapes
Stylus 5611 LSE Tape

5611 High-performance tape used on LSE substrates including plastics such as ABS, PVC, PMMA. Colour Black. Thickness 1.1mm

Stylus 5803 LSE Tape
Code: Stylus 5803 | Category: LSE Double Sided High Bond Foam Tapes
Stylus 5803 LSE Tape

5803 Primary application sign and display fabrication. Clear construction for joining clear materials such as skylights, lightboxes, and translucent signs. Colour - Clear. Thickness: 0.25mm

Stylus 5810 LSE Tape
Code: Stylus 5810 | Category: LSE Double Sided High Bond Foam Tapes
Stylus 5810 LSE Tape

5810 Primary application sign and display fabrication. Clear construction for joining clear materials such as skylights, lightboxes, and translucent signs. Colour - Clear. Thickness: 1.0mm

Stylus 5911 High-Temperature Application Tape
Code: Stylus 5911 | Category: LSE Double Sided High Bond Foam Tapes
Stylus 5911 High-Temperature Application Tape

5911 Ideal for applying to metal prior to powder coating which undergoes a heat bake cycle. Colour Grey. Thickness 1.1mm

Stylus 5505 LSE Tape
Code: Stylus 5505 | Category: LSE Double Sided High Bond Foam Tapes
Stylus 5505 LSE Tape

High-quality acrylic foam with a high-performance acrylic adhesive designed to provide an excellent long term bond. The adhesive system allows for application to a range of LSE substrates. Colour White. Thickness 0.50mm.

Stylus 5510 LSE Tape
Code: Stylus 5510 | Category: LSE Double Sided High Bond Foam Tapes
Stylus 5510 LSE Tape

High-quality acrylic foam with a high-performance acrylic adhesive designed to provide an excellent long term bond. The adhesive system allows for application to a range of LSE substrates. Colour White. Thickness 1.0mm.

Stylus 5310 LSE Tape
Code: Stylus 5310 | Category: LSE Double Sided High Bond Foam Tapes
Stylus 5310 LSE Tape

High-performance clear acrylic foam tape is particularly suitable for bonding a broad range of substrates both indoors & outdoors. Adheres to a wide variety of smooth surfaces such as glass, metals & other substrates with a medium to high energy surface rating.

Stylus 5620 LSE Tape
Code: Stylus 5620 | Category: LSE Double Sided High Bond Foam Tapes
Stylus 5620 LSE Tape

High-performance black acrylic/grey foam tape is particularly suitable for bonding a broad range of substrates both indoors & outdoors. Adheres to a wide variety of smooth surfaces such as glass, metals & other substrates with a medium to high energy surface rating.

Disclaimer:


The information provided is for general informational purposes only. While we strive to ensure the accuracy and reliability of the information presented, we make no guarantees regarding the completeness, accuracy, or reliability of any product specifications or details. Product features, specifications, and availability may vary and are subject to change without notice. Please consult the manufacturer’s official resources or contact customer service for the most up-to-date information. Always follow the manufacturer’s instructions and guidelines for proper use and safety. We are not responsible for any direct, indirect, incidental, or consequential damages resulting from using or misusing the product information provided.