Application and use

The machine-finished surface of the HERMAwhite offers an excellent quality of the imprint with all conventional printing methods. The material is equally suitable for thermal transfer printing and is thus universally applicable. It is also perfect for laser printers.

The pulp for this paper comes from FSC certified forest management and other controlled sources.

Adhesive 63Gpt shows excellent tack even on cold and moist surfaces. Due to its high tack the adhesive is particularly suited for labelling surfaces like milk bottles, plastic containers, film wrappings and other packaging materials. Once labelled the adhesive is highly waterproof. The supercalendered glassine is perfectly suited for assignment in labelling machines equipped with optical or mechanical scanners.

Processing

Excellent die-cutting characteristics on all customary machines. As part of a self-adhesive compound HERMA PH (523) offers excellent die-cutting characteristics with all customary flatbed and rotary die-cutting tools.

Storage conditions

Storing at a temperature of 20 ± 5 °C, a relative humidity of 45 ± 5 % and a dark storage is recommended. Moisture, heat and direct sunlight have to be avoided.

The shelf life is two years from date of production.

Regulations concerning contact with food

This paper is approved according to the BfR Recommendation XXXVI. This paper grade according to the sample material submitted may be used safely for food packaging. It may stand in direct contact with dry and fatty foodstuffs. (ISEGA Research and Development Institute, Aschaffenburg).

All ingredients of adhesive 63Gpt comply with recommendations BfR XIV or FDA 21 CFR 175.105 (Adhesives).

The pressure-sensitive adhesive 63Gpt can be safely used for the back coating of labels for the labelling of foodstuffs for storage at room temperature and below. It may be used in direct contact with dry, moist and fatty foodstuffs that can be assigned a correction factor of at least 4 in accordance with Regulation (EU) No. 10/2011 (Declaration of no objection valid until 03.03.2024).

The paper complies with recommendation BfR XXXVI.