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Savings adhesive tapes
The category « Savings adhesive tapes technical » includes adhesives used to temporarily protect certain areas during painting, surface treatment, anodising or thermal processes. Their role is to preserve precise surfaces against deposits, splashes or alterations during the manufacturing stages.
These tapes allow for perfectly defined areas and clean finishes, while simplifying application and removal. They improve the quality of the final result, reduce additional cleaning, and provide a reliable solution for industrial applications requiring precision and durability.
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Packaging tapes
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Eco-friendly adhesive tapes
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Electric adhesive tapes
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Masking & washi tape
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High-temperature adhesive tape
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Building & construction adhesive tapes
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Dots/die-cuts
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Gummed tapes
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Jointing adhesive tapes
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Savings adhesive tapes
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Surface protection adhesive tapes
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Marking adhesive tapes
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Non-stick adhesive tapes
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Sealing adhesive tapes
Frequently asked questions about technical savings adhesive tapes
A technical savings adhesive tape is a temporary masking solution used to protect a specific area during an industrial operation. It prevents paint, deposits, splashes or treatments from altering the parts that must remain intact. After the operation, the tape is removed to reveal a clean and clearly defined surface.
A standard masking tape is primarily intended for common painting tasks. A technical savings adhesive tape is designed for more demanding industrial processes, which may involve high temperatures, chemicals, mechanical stresses or multiple treatment cycles. Its backing, adhesive and thickness must be precisely suited to the operation being performed.
Savings adhesive tapes can be used for liquid or powder painting, anodising, surface treatment, sandblasting, projection, plasma masking, and certain thermal processes. They are particularly useful for protecting threads, contacts, fixing areas, functional surfaces, or parts that should not receive a coating.
The choice mainly depends on the substrate to be protected, the temperature of the process, the duration of exposure, and the type of treatment applied. It is also important to consider mechanical resistance, the flexibility of the tape, its level of adhesion, and the removal conditions. The geometry and dimensions of the area to be masked must also be taken into account.
Polyester is suitable for many industrial masking and thermal treatment operations. Polyimide is suitable for applications requiring high heat resistance and good dimensional stability. Glass fabric offers high mechanical resistance and can meet more demanding processes, including certain thermal or plasma maskings.
Some savings tapes are designed to ensure a clean removal after treatment. However, the result depends on the temperature, the duration of application, the nature of the surface, and adherence to the conditions of use. Exposure that is too long or exceeds the capabilities of the tape can cause adhesive transfer or make removal more difficult.
The surface must be clean, dry and representative of the parts actually treated. It is recommended to carry out a test under the conditions of the process in order to check adhesion, tape resistance, masking tightness and the quality of removal. DERFI can study the substrate, temperature and application constraints in order to propose a suitable polyester, polyimide or glass fabric tape.