Adhesive for paper

TrueCut
TrueCut, a new adhesive technology specifically for paper, enables major enhancements to conversion speed and adheres better on both cardboard and during low temperature applications. This results in a strong combination of benefits for converters who are looking for superb on-press performance and for end users requiring the broadest possible window of applications. The adhesive gives up to 100% higher conversion speed compared with industry standards and can minimize or sometimes completely eliminate set-up time between rolls. Other benefits include fewer web breaks and a shorter ‘time to stick’ (with a threefold improvement vs. an existing alternative). Consistent conversion performance for paper applications, and minimum press downtime, can make a very important difference to productivity. TrueCut technology can substantially reduce production costs due to its outstanding stability on the press. Rolls can be changed quickly, with almost no adjustments needed when changed. This consistency and reliability brings quantifiable savings and extra capacity at no additional cost. Gaps between labels can also be made smaller to generate less waste, and die lifetime is increased thanks to lower-pressure die-cutting. This new adhesive enables a broader range of applications: label end users will see improved performance with variable information and logistic applications thanks to the increased tack on cardboard. The adhesive is compliant with European food regulation 1935/2004/EC as well as the German Recommendation (BfR) XIV, and can safely stand in direct contact with dry, moist and fatty foodstuff. Paired with better adhesion at lower temperatures this innovation is very widely applicable in the food segment.

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Acrylamide reducing agent

Acrylamide reducing agent
A new, patent-pending and cost-effective method to reduce the acrylamide content in processed foods such as French fries, chips and breakfast cereals has been developed. CITROMA is based on the EU approved sodium citrate (E331), a common acidity regulator. The product been optimised for acrylamide reduction, providing a pleasant, slightly acidic taste profile, quick dissolution properties, good solubility (180g/L) and high heat stability. The ingredient may be added to the process by direct addition to a dry mix or dough, or it may be incorporated into a dipping bath or spraying solution.
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Acid-proof, class one caramel colour

A new class one caramel product from D. D. Williamson provides stability below pH 2.5 and in alcohol up to 65% ABV. The new product is the  darkest class one caramel colour in the company’s product line. If colour represents the purpose of the new product in the customer’s application, then “Colour Plain Caramel” is a label option. If flavour represents the purpose, then “Burnt Sugar” is a label option.

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Absorbance reader used in gliadin ELISA

Researchers in the Sensors and Biosensors Group at the Universitat Autònoma de Barcelona, Spain, have taken advantage of Tecan’s Sunrise™ absorbance reader and Magellan™ V4.0 software to establish a novel magneto-ELISA for gliadin, a constituent of the cereal protein gluten important in celiac disease, based on optical detection. The group has developed an electrochemical magneto immunosensor for the sensitive detection of gliadin – and small gliadin fragments – in natural or pretreated foods. To assess the performance of the electrochemical immunosensor, it was compared with a novel magneto-ELISA, using optical detection performed on the Sunrise plate reader. The ELISAs were performed in 96-well microplates, using a magnetic separation plate to isolate the supernatant before measuring the absorbance in the reader. This enabled immunoassays to be performed in a variety of different formats for multiple applications – such as evaluating protein coupling to magnetic beads and nanoparticles – as well as allowing assessment of different transducer materials for biosensing purposes. It also provided a quick and easy way to optimize reagents and assay parameters, making the reader suitable for research applications.
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95% pure, natural Beta-Elemene

Pure™
Beta-Elemene is a natural ingredient which is used in the food, beverage and flavour & fragrance industries and is now available on a commercial scale. Compared to conventional Beta-Elemene, which is produced from herbs, it offers the advantages of a purity that exceeds 95%, a quality that is consistent and a 10-fold reduction in cost. The bio-based, natural Beta-Elemene Pure™ is produced using a proprietary fermentation process. Isobionics has succeeded in isolating the building block Beta-Elemene Pure™ with a purity exceeding 95%. Normally the purity of conventional Beta-Elemene is around 80%. The sustainable production process ensures consistent quality and provides the possibility to deliver large quantities. It is a process based on renewable resources that enables the company to realize a considerable cost reduction which is reflected in the sales price. Beta-Elemene is a constituent that occurs in citrus fruit as well as in 50 plants and herbs. It is mainly extracted from Curcuma Wenyujin (Ginger root). The traditional process for the isolation of Beta-Elemene is very labour intensive and additionally requires a lot of processing. Further, the original product is harvest-dependent and therefore quality is not consistent.
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3D Stevia Sweetener

Liteez
Liteez is a new, 3D stevia sweetener for hot drinks. This “free-from” meringue sweet addresses the growing demand for sugar reduction in beverages. The patent-pending vegan meringue sweet is a completely plant-based treat. It is free from any allergens, such as eggs, gluten, lactose, or nuts, and contains just a few simple ingredients, including prebiotic fibres that build sweetness, act as a bulking agent, and function as a nutraceutical. Liteez is an easy-to-use sugar replacer that doubles as a sweet treat. It can be eaten as a treat when drinking tea or coffee or, if sweetness is needed in the drink, it can be stirred right in, completely dissolving in about half a minute. While the Liteez sweetener delivery system can be formulated with different types of sweeteners, using stevia posed a challenge since the acidity and isoelectric point of the mixture changes completely relative to using other high-intensity sweeteners, such as sucralose. The delicate balance between a foam that sets firm yet is soluble enough to dissolve in a hot drink was, however, attained. Because Liteez contains mostly fibre, the aftertaste of stevia also was able to be effectively masked.

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100% recycled PET bottle

Berlin startup Share is the first beverage producer in Germany to sell its water in PET bottles made of 100% recyclate. The plans are ambitious: in 2019 Share wants to fill water into about a million bottles a month made entirely of recycled PET and thus save over 200 metric tons of plastic waste a year, according to the company. For several weeks the product has been on sale at Germany’s supermarket chain REWE and drug store dm and has caused quite a stir in the media. Besides the two retailers Share’s other partners are bottler Mineralbrunnen Allgäuer Alpenwasser and preform manufacturer Plastipack, which is also the world’s biggest converter.
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‘Pick, process and Place’ seafood lines

Robot
Robot
Cabinplant has developed new customised lines using the latest robot and vision technology. In addition to ’pick’ and ‘place’, Cabinplant is adding a third dimension by integrating ‘processing’ to the solution. The labour-saving solutions are resulting in higher yield and improved quality compared to manual handling. Features include vision control, for measuring weight and dimensions; tracking of product and package; automatic trimming; waste removal and reduced give-away. The machine is completely washable and composed entirely of stainless steel. The latest robot technology development for sardines includes the automatic cross-packing of sardines in cans and full traceability of product and packaging. This solution integrates grading, nobbing and packing in one operation. For shrimp, the solution carries out automatic de-heading, full traceability of product and package and integrates size/colour grading and packing.

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Improved mouthfeel and taste in fat-reduced recipies

Ingredients
Ingredients
Mouthfeel enhancers, which employ the inherent properties of dairy ingredients, such as whey butter and protein, to naturally build back flavour and mouthfeel when fat is reduced by up to 30 per cent are now available. Ready in a number of cheese varieties to suit different applications and profiles, Premium Cheese Pastes enliven uninspiring fat-reduced dishes and naturally reduce salt to deliver a consistent, authentic cheese profile and aid cost reduction while offering consistent high quality. The ingredients offer impressive versatility and can be easily incorporated into a diverse range of recipes, such as processed cheese, ready meals, sauces, savoury pastries, seasonings and soups. The Dairy Ingredients range is completed by Synergy’s Provenance Cheese Powders, which can be used on their own or as a building block for flavour optimisation, release and stability.
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Here’s a food wrapper you can eat

Consider the cheese stick. It is not a beautiful food. Nor is it particularly healthy. It’s about as prosaic as snack food gets.
Yet in the packaged version that ends up in so many kids’ lunch boxes, each cylinder of mozzarella or cheddar is individually wrapped, like a high-end truffle. And, every day, thousands of those little pieces of plastic wrap are thrown in the trash.
But maybe not for long.
Two researchers at the U.S. Department of Agriculture (USDA) have developed a film made from a milk protein that can be eaten with the cheese. Which means that it may not be too long before we have a wrapper we can eat—one that’s also healthy. Edible plastic exists, but it’s largely made of starch, not protein.
“The benefit,” says Peggy Tomasula, one of the lead researchers, “is that it can be consumed with the food so it gets rid of one layer of packaging, like with individually-wrapped cheese sticks. It also gives you the opportunity to add vitamins or minerals or ways to block light damage to the food. And, you can add flavours. If you wanted to add a strawberry flavour to something, you can embed that in the film.”
The key component in the innovative packaging is casein, a group of milk proteins with high nutritional value. Tomasula has been researching casein since 2000, and actually created a new version of the protein using carbon dioxide. She noticed that it wasn’t very soluble in water, and that made her believe it might be used to make a film coating that could extend the shelf life of dairy foods.
Tomasula kept exploring the potential of this research and when another scientist, Laetitia Bonnaillie, joined the USDA team, Tomasula asked her to see if dry milk could be used to produce the film. That would also allow them to make use of surplus milk powder during times when dairy farms are producing too much milk. Bonnaillie also focused on refining the product by making it less sensitive to moisture and improving the process by which the film was made so it could be more uniform and commercial.
At the annual meeting of the American Chemical Society, they announced the results of their efforts—edible, biodegradable packaging. The casein film could either come in sheets—not unlike plastic wrap—or be sprayed on as a coating. And, it’s been found to be significantly more effective at blocking oxygen than ordinary plastic wrap, so it can protect food from spoiling for a much longer period of time.
There would be some limitations, at least initially. “This would mostly be for dairy products or foods that would likely be used with dairy, like cereal,” says Tomasula. “We wouldn’t put this on fruits and vegetables in a market. You couldn’t do that because of milk allergies. There would have to be labelling to let people know it’s milk protein.”

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