In a recent press release, Saica Group announced that it leads innovation with the launch of the first recycled paper adhesive tape on the market.
The press release states that "Developed jointly by Saica Flex and Saica Paper, the solution is made from 100% recycled fibers sourced within the Group, creating a circular story: the recycled paper is produced by Saica Paper, transformed into adhesive tape by Saica Flex, and finally applied to protect Saica Paper's own paper reels. The process starts and ends in the same place, boosting circularity.
Designed to firmly adhere to paper and cardboard, the tape is self-adhesive, linerless, and enables efficient unwinding and overlapping, opening a wide array of potential applications. The recycled paper tape ensures secure protection throughout the product's lifetime while eliminating alternatives that are typically non-repulpable."
Sappi also announced that it introduced the market's widest portfolio of heat-sealable papers for recyclable packaging.
The press release states that "The Seal family - Seal Silk, Seal G Silk, Seal Pure Silk, Seal Natural, Seal Light, and Seal Lucent - covers a broad mix of applications and sealing needs while supporting smooth integration into existing packaging lines. Spanning 44-110 gsm and multiple finishes and features (including OBA-free and translucent options), the portfolio is designed to help customers select a grade that fits their pack format, process, and visual requirements."
Suzano announced that FuturaGene secured the world-first regulatory approval for gene-edited eucalyptus.
The press release states that "FuturaGene, the biotechnology subsidiary of the world's largest pulp supplier, Suzano, has received formal regulatory approval from Brazil's National Biosafety Technical Commission (CTNBio) for its new variety of gene-edited eucalyptus. CTNBio has confirmed the variety meets the criteria for exemption under Normative Resolution No. 16 (RN 16).
This development was produced using CRISPR-Cas9, a New Breeding Technique (NBT), which allows for precise, targeted edits within the eucalyptus genome. Because the process introduces no genetic material from other species, the resulting modification is functionally comparable to genetic variations that may occur naturally or through conventional breeding methods.
The specific edit in the new variety is designed to improve wood quality. By optimizing the wood's lignin composition, FuturaGene's new development supports more sustainable industrial processing, by enabling the reduction of chemical inputs and energy consumption during pulping."
We will keep you apprised on further developments.
Helen Roush is Executive Vice President of Paperitalo Publications.
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