tesa® 53398 Filament Tape – Robust and Reliable for Demanding Industrial Uses

tesa® 53398 is a high-performance, unidirectional filament tape reinforced with glass filaments and a durable polyester backing. It provides exceptional tensile strength, minimal elongation, and consistent performance in challenging industrial environments. The synthetic rubber adhesive system ensures secure bonding to various surfaces, including low-energy substrates such as polyethylene (PE) and polypropylene (PP). Designed for heavy-duty applications, tesa® 53398 is perfect for bundling, stabilizing pallets, and reinforcing cartons, delivering superior strength and reliability.

Where to Use tesa® 53398

tesa® 53398 is the go-to choice for demanding industrial and packaging tasks where both strength and clean removal matter:

Securing metal coils for end-tabbing in manufacturing processes
Splicing metal coils for uninterrupted processing
Bundling and reinforcement of heavy goods such as metal pipes
Industrial packaging where high tensile strength is essential
Transport securing to prevent product shifting during shipment

Secure. Reinforce. Brand it your way – with tesa® 53398.

Upgrade your packaging solutions with high-strength filament tape tailored to your needs. From custom printing to precision-cut shapes, Eko-Tech delivers professional converting services with the reliability of a tesa Platinum Converter.

Converter Benefits – Why Work with a tesa Platinum Converter

Partnering with Eko-Tech means more than just buying a roll of tape:

Expertise with tesa products – deep technical know-how to match the right tape to your application
Local converting in Poland – fast delivery and flexible order quantities for the Polish & Eastern European markets
Custom solutions – adapt tesa® 53398 to your exact needs through precision converting and printing
Consistent quality – every converted product meets tesa’s performance standards
Trusted partnership – proven track record as a reliable supplier to demanding industries

Converting Capabilities for tesa® 53398

Eko-Tech’s converting process transforms standard rolls into application-ready solutions:

3-color flexographic printing directly on tesa® 53398 for branding, safety warnings, or handling instructions
Die & kiss cutting to create custom shapes and sizes for special packaging or securing needs
Custom widths and lengths tailored to specific production requirements
Design support to optimize tape format for maximum efficiency and performance in your processes

Printing Advantages – Flexographic Printing on tesa® 53398

Adding print to your tape brings more than just aesthetics:

Brand visibility – turn every package into a brand ambassador
Clear communication – add handling instructions or safety messages directly on the tape
Professional appearance – printed packaging tapes elevate product presentation
Durable results – flexographic inks bond well with the tape surface for long-lasting legibility

Made in Poland

While tesa manufactures the raw material, Eko-Tech’s local converting ensures each product is custom-fitted to your needs:

Local processing for shorter lead times and reduced logistics costs
Adaptation to market needs in Poland and Eastern Europe
Products converted in our facility proudly labeled Made in Poland

Product Construction:

Backing material glassfibre / PET film
Total thickness 195 µm
Type of adhesive synthetic rubber
Tensile strength 800 N/cm
Adhesion to steel 6 N/cm

FAQ

Is tesa® 53398 suitable for heavy-duty industrial applications?cssmedia2024-12-30T14:35:26+01:00

Why Choose tesa® 53398 Filament Tape?

Exceptional Tensile Strength: Reinforced with glass filaments for superior durability and minimal elongation.
Reliable Adhesion: Strong synthetic rubber adhesive bonds securely to various surfaces, including challenging substrates like PE and PP.
Versatile Applications: Ideal for bundling, pallet stabilization, and carton reinforcement in industrial settings.
Consistency Under Stress: Performs reliably even in demanding environments.
Automation Ready: Perfect for automated systems when provided in cross-wound spool formats.