tesa® 4593

tesa® 4593 Filament Tape – Durable Strength for Industrial Demands
tesa® 4593 is a premium unidirectional filament tape constructed with glass filaments laminated onto polyester film. It offers excellent tensile strength and minimal elongation, making it the ideal choice for heavy-duty industrial applications. Its synthetic rubber adhesive ensures a secure bond even on challenging substrates like polyethylene (PE) and polypropylene (PP). tesa® 4593 is particularly suited for applications that require strength, reliability, and long-term performance.

Where to Use tesa® 4593

The tesa® 4593 cross filament tape is engineered for demanding securing and bundling tasks where UV, heat, and ageing resistance are essential. Common applications include:

Transport securing for goods during shipping and handling.
Fixing and bundling heavy materials or components.
Palletising for long-term storage, even in outdoor conditions.
End-tabbing applications requiring high adhesion and durability.
Permanent fixing in the furniture industry.
Outdoor applications exposed to sunlight, temperature fluctuations, or moisture.

Secure, Customize & Enhance Your Packaging with tesa® 4593

Designed for Strength, Converted for Your Needs.

Converter Benefits – Why Partner with Eko-Tech as Your tesa® Platinum Converter

Proven Expertise – Years of experience working with tesa® products and converting them for specialized industrial needs.
Local Production Advantage – Fast turnaround and lower logistics costs for Poland and Eastern Europe.
Technical Support Directly from tesa® – Ensuring every converted product meets the highest quality standards.
Reliability You Can Trust – As a tesa® Platinum Converter, we guarantee consistent quality, precision, and on-time delivery.

Converting Capabilities – How Eko-Tech Customizes tesa® 4593

We go beyond supplying standard rolls – we design, modify, and define solutions tailored to your processes:

3-color flexographic printing on the tape surface to enhance branding, improve handling instructions visibility, or mark special handling requirements.
Die & Kiss cutting to produce special shapes or forms for unique applications.
Custom roll widths and lengths to perfectly fit your machinery and workflow.

This ensures tesa® 4593 is delivered in the form that best supports your production efficiency and application needs.

Printing Benefits – Why Flexographic Print on tesa® 4593

Brand Recognition – Reinforce your logo and brand identity on every shipment.
Operational Clarity – Add handling instructions, safety warnings, or directional arrows directly to the tape.
Professional Presentation – Printed tapes elevate packaging from functional to promotional.
Durability – Flexo inks maintain visibility even under challenging storage or transport conditions.

Made in Poland

While the raw tesa® 4593 tape is manufactured by tesa®, Eko-Tech’s converting process transforms it into a customized, application-ready solution.
By modifying, printing, and finishing the tape locally, we create a product that fully meets Polish and Eastern European industry requirements.
These converted products are proudly recognized as Made in Poland, offering both quality and local supply reliability.

Product Construction:

Backing material glassfibre / PET film
Total thickness 160 µm
Type of adhesive acrylic

Adhesion to Values:

Adhesion to steel 4 N/cm

Properties:

Tensile strength 250 N/cm

FAQ

Does tesa® 4593 leave adhesive residue upon removal?Monika Kluk2024-12-30T11:25:14+01:00

Why Choose tesa® 4593 Filament Tape?

Exceptional Tensile Strength: Engineered with glass filaments for high durability and minimal elongation.
Secure Adhesion: Synthetic rubber adhesive provides a strong bond on a wide range of surfaces, including challenging materials like PE and PP.
Industrial Versatility: Adaptable to multiple applications such as bundling, packaging, and reinforcing.
Consistency in Performance: Maintains reliability and strength under demanding conditions.
Optimized for Automation: Compatible with automated processes, especially with cross-wound spooling.