Scotch 89595050 Filament tape Scotch® Transparent (L x W) 50 m x 50 mm 1 pc(s)

Scotch® Adhesive tape 8959 is a standard filament adhesive tape with a backing material made of bi-axial elongated ScotchPro™ Polypropylene film (BOPP) and an adhesive made of synthetic rubber (solvent-free). Glass fiber reinforcement in longitudinal and transverse direction. Extremely strong adhesive tape for extremely demanding applications. The high-performance adhesive tape, especially for packaging, Scotch® bidirectional filament adhesive tape 8959, combines a polypropylene backing reinforced with crosswise embedded glass fibers with a synthetic rubber resin adhesive. Our high-strength adhesive tape is specially designed for strong adhesion on a wide range of surfaces, such as Metal, plastic and hard fiber. A multi-layered system of synthetic rubber adhesive protects against detachment and shear forces. The Scotch Bi-Directional filament adhesive tape 8959 is ideal for use as a high-strength cardboard reinforcement, for sealing and packing in dispatch as well as for connecting butt joints and for palletizing. The Scotch Bi-Directional filament adhesive tape 8959, developed for strength, is reinforced by longitudinal and transverse continuous glass fibers on the two-axis oriented polypropylene carrier material. A multi-layer system of synthetic rubber adhesive protects the glass fibers from becoming detached from the carrier material. Marks, barcodes and other graphics can be read through the translucent tape. Glass fiber palletizing tapes are used in many applications where strength plays an important role. It is ideal for securing cargo and tightly closing packages for shipping and transport. Industrial and commercial users include manufacturers and distributors of food and beverage products, sporting goods, pipelines, metal products, vehicle parts and furniture. Applications include sealing and sealing cartons, Securing, securing and general packaging. It can be applied with a portable hand dispenser or with a stationary dispenser for defined lengths.

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