aHR0cDovL2ZyZWVzaGlwLmNvLmty Item specifics - Type: Adhesive Tape
- Adhesive Tape Type: Double-Sided Tape
- Model Number: 3M EVA Foam 889
- Brand Name: LZN
- Color: Black
- Size: 60mmx50mmx2mm
- Quantity: 10 sheets/lot
Packaging Details - Unit Type: lot (10 pieces/lot)
- Package Weight: 0.08kg (0.18lb.)
- Package Size: 12cm x 15cm x 3cm (4.72in x 5.91in x 1.18in)
Packaging Details - Unit Type: lot (10 pieces/lot)
- Package Weight: 0.08kg (0.18lb.)
- Package Size: 12cm x 15cm x 3cm (4.72in x 5.91in x 1.18in)
t; Model: 9448. Adhesive: Acrylic. Pressure Sensitive. Material: EVA. High Quality & Very High Bond. High density and flexibility. Pressure Sensitive. Excellent performance for vibration and anti-crack. Ideal for rough and uneven surfaces. Weather resistant. Temperature resistance for along time 93° Celsius. In short time 149° Celsius. Good isolation and buffering. HIGH STRENGTH Double sided tape! Commonly used in Automobile Industry. Mega Strong sticky tape. Easy to use, simply peal of the foam and stick it to your object. Than peal of the protective film and attach to desired place. Easily cut with scissors. Use of EVA 9448 Pad 3M Super Strong Automotive Attachment Tape secures mouldings, trim, and emblems to the vehicle body with no mess. Provides a strong, secure bond to the vehicle. In fact, it is ideal tape to attach decorative license plates to vehicles that are not predrilled for a tag in the front. 3M Super Strong Automotive Attachment Tape holds securely through any road or weather condition encountered by your vehicle. Before using 3M Super Strong Automotive Attachment Tape, be sure both surfaces are clean. Any oils or waxes will reduce the bonding ability of the tape. Clean both surfaces with isopropyl alcohol. Then cut the tape to fit the desired area and press it into place. Now attach the moulding or emblem to the vehicle. Use 3M Super Strong Automotive Attachment Tape to secure metal or plastic emblems to paint, rubber mouldings to paint, rubber to plastic; 3M Tape provides a super strong hold on virtually an automotive surface. -->
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