WOD Tape
Double Sided Ultra High Bond Foam Tape - 39 Mil Clear, 36 Yards, for Laminated Safety and Hurricane Impact Glass
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Double Sided Clear Ultra High Bond Transfer Tape
Product Description
WOD DCATUHB10 Ultra High Bond Double Coated Transfer Tape is constructed of a clear foamed acrylic system which has excellent all around bonding properties which establishes exceptional holding power and long-lasting adhesion for fast, strong results. The tape is ideal for structural bonding applications to mount/fix car side molding and emblems. Used as a mounting tape in the illuminated sign industry, for fabricating road signs, joining of metals and plastic trims in furniture construction and architectural applications. The pressure sensitive acrylic composition has very good tack; has excellent adhesion to a variety of surfaces; and has high shear strength performance. Tape is carried on a white, release coated polyethylene liner that is easily removed. It conforms well to a variety of both indoor and outdoor applications and is chemical, UV and solvent resistant.
WOD DCATUHB10 Tape will bond to most surfaces including many plastics, composites, sealed woods and metals; however thorough evaluation is recommended when bonding to low energy surface material such as Polyethylene, Polypropylene, silicones and Teflon. For lower energy surfaces may need to use an adhesive promoter/primer such as IPA (isopropanol) on the substrate prior to application.
WOD Acrylic Transfer Tape DCATUHB10, system has been skillfully engineered to provide a strong, moistureproof bond between various substrates providing a balance of conformability and strength, commonly used for the attachment of automotive exterior trim parts such as body side moldings. The acrylic transfer core has unique viscoelastic properties that allow it to elongate and relax when put under a load, thereby minimizing stress on the adhesive bond line. This tape has a liner side adhesive for bonding to automotive paint surfaces, and a non-liner side adhesive for bonding to exterior trim parts. Since product performance will depend on actual conditions within a specific application, it is essential that the user evaluate the product to determine whether it is fit for a particular material purpose and suitable for the user's method of application. WOD UHB10 Tape can withstand the heat of Dubai to the cold of Canada. The unique acrylic chemistry is extremely durable and resistant to change over time, making this a long-lasting and powerful tape you can trust. It is specifically designed for good adhesion to metals, glass and other medium to high surface energy materials. This trusted and reliable tape offers a consistent bond, outstanding durability and excellent solvent and moisture resistance. WOD stands by all of its products and is there to provide you with design guidance and technical support when you need it.
Application Tips
Product Applications
Technical Properties
Additional Information
Alternative to: 3M 9473; ADCO AT-1010-457A; Hi-Bond VST-4025C.
Note: Specifications are those given by manufacturers and are not tested for accuracy.
Quantity | Discount |
---|
Double Sided Clear Ultra High Bond Transfer Tape
Product Description
WOD DCATUHB10 Ultra High Bond Double Coated Transfer Tape is constructed of a clear foamed acrylic system which has excellent all around bonding properties which establishes exceptional holding power and long-lasting adhesion for fast, strong results. The tape is ideal for structural bonding applications to mount/fix car side molding and emblems. Used as a mounting tape in the illuminated sign industry, for fabricating road signs, joining of metals and plastic trims in furniture construction and architectural applications. The pressure sensitive acrylic composition has very good tack; has excellent adhesion to a variety of surfaces; and has high shear strength performance. Tape is carried on a white, release coated polyethylene liner that is easily removed. It conforms well to a variety of both indoor and outdoor applications and is chemical, UV and solvent resistant.
WOD DCATUHB10 Tape will bond to most surfaces including many plastics, composites, sealed woods and metals; however thorough evaluation is recommended when bonding to low energy surface material such as Polyethylene, Polypropylene, silicones and Teflon. For lower energy surfaces may need to use an adhesive promoter/primer such as IPA (isopropanol) on the substrate prior to application.
WOD Acrylic Transfer Tape DCATUHB10, system has been skillfully engineered to provide a strong, moistureproof bond between various substrates providing a balance of conformability and strength, commonly used for the attachment of automotive exterior trim parts such as body side moldings. The acrylic transfer core has unique viscoelastic properties that allow it to elongate and relax when put under a load, thereby minimizing stress on the adhesive bond line. This tape has a liner side adhesive for bonding to automotive paint surfaces, and a non-liner side adhesive for bonding to exterior trim parts. Since product performance will depend on actual conditions within a specific application, it is essential that the user evaluate the product to determine whether it is fit for a particular material purpose and suitable for the user's method of application. WOD UHB10 Tape can withstand the heat of Dubai to the cold of Canada. The unique acrylic chemistry is extremely durable and resistant to change over time, making this a long-lasting and powerful tape you can trust. It is specifically designed for good adhesion to metals, glass and other medium to high surface energy materials. This trusted and reliable tape offers a consistent bond, outstanding durability and excellent solvent and moisture resistance. WOD stands by all of its products and is there to provide you with design guidance and technical support when you need it.
Application Tips
Product Applications
Technical Properties
Additional Information
Alternative to: 3M 9473; ADCO AT-1010-457A; Hi-Bond VST-4025C.
Note: Specifications are those given by manufacturers and are not tested for accuracy.