Heliatek Donauwörth

Next generation solar modules

Next-generation thin film solar modules are playing a growing role in power generation

Ultra-thin, high power, flexible photovoltaic materials are increasingly researched and further developed. Future self-powered products will include sensors, wearables, and IoT devices and the newly developed materials provide a portable electricity source whenever light-weight designs are essential. The future of solar is exciting and offers potential beyond imagination.
We would love to contribute to your future developments with our profound adhesive expertise in solar markets but also as experts in electronics manufacturing.

OVERVIEW

Discover our solutions for next generation solar modules

Module Bonding
A flexible solar panel with a red backing is laid out against a light blue background. It features two main sections joined together with tesa tape, with visible wiring attached on one end. (This text has been generated by AI)
Barrier Film Lamination
A 3D-rendered image of a wavy structure composed of four blue solar panels interconnected with tesa tape on a red and white background. The panels are arranged in a flowing wave-like formation against a light blue background. (This text has been generated by AI)
Layer Lamination
A digital illustration shows a stack of transparent and colored layers, including a reflective blue-toned sheet made with tesa tape, on a light blue background. The layers, created using tesa tape, appear to be flexible and are arranged in a flowing, wavy pattern. (This text has been generated by AI)
Temporary Surface Protection
Abstract composition featuring a flexible solar panel partially covered by a vibrant red sheet secured with tesa tape, set against a light blue background. The elements appear to be bending in the middle, suggesting movement or tension. (This text has been generated by AI)
Charge Collection Tape
Close-up of a solar panel with a peelable red tab at one corner, against a light blue background. The panel has a grid of parallel lines and a reflective surface, secured using tesa tape for optimal performance. (This text has been generated by AI)
Lead Foil Insulation
A close-up of a corrugated metal roof with a small section of trim bending upward. The roof has parallel ridges and is colored in shades of gray. The distorted trim appears red, contrasting with the blue sky background. Different sections are secured with tesa tape to maintain the structures integrity. (This text has been generated by AI)
Junction Box Fixation
Close-up of a solar panel with a black cylindrical connector and cables on top. A red rectangular outline, made with tesa tape, is positioned on the panel beneath the connector. The background is a light blue. (This text has been generated by AI)
Transport Protection
A flexible solar panel with black photovoltaic cells is partially covered by a red, glossy sheet, creating a visual effect as if the sheet is peeling or being lifted using tesa tape. The setup is against a light blue background. (This text has been generated by AI)
Module Bonding
A flexible solar panel with a red backing is laid out against a light blue background. It features two main sections joined together with tesa tape, with visible wiring attached on one end. (This text has been generated by AI)
Barrier Film Lamination
A 3D-rendered image of a wavy structure composed of four blue solar panels interconnected with tesa tape on a red and white background. The panels are arranged in a flowing wave-like formation against a light blue background. (This text has been generated by AI)
Layer Lamination
A digital illustration shows a stack of transparent and colored layers, including a reflective blue-toned sheet made with tesa tape, on a light blue background. The layers, created using tesa tape, appear to be flexible and are arranged in a flowing, wavy pattern. (This text has been generated by AI)
Temporary Surface Protection
Abstract composition featuring a flexible solar panel partially covered by a vibrant red sheet secured with tesa tape, set against a light blue background. The elements appear to be bending in the middle, suggesting movement or tension. (This text has been generated by AI)
Charge Collection Tape
Close-up of a solar panel with a peelable red tab at one corner, against a light blue background. The panel has a grid of parallel lines and a reflective surface, secured using tesa tape for optimal performance. (This text has been generated by AI)
Lead Foil Insulation
A close-up of a corrugated metal roof with a small section of trim bending upward. The roof has parallel ridges and is colored in shades of gray. The distorted trim appears red, contrasting with the blue sky background. Different sections are secured with tesa tape to maintain the structures integrity. (This text has been generated by AI)
Junction Box Fixation
Close-up of a solar panel with a black cylindrical connector and cables on top. A red rectangular outline, made with tesa tape, is positioned on the panel beneath the connector. The background is a light blue. (This text has been generated by AI)
Transport Protection
A flexible solar panel with black photovoltaic cells is partially covered by a red, glossy sheet, creating a visual effect as if the sheet is peeling or being lifted using tesa tape. The setup is against a light blue background. (This text has been generated by AI)

A black and white icon depicting a sun. The sun has a central circle with straight lines radiating outward, evenly spaced around the circle, symbolizing rays. The background is plain tesa tape black. (This text has been generated by AI)

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