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In most polymers, Rostabil TNF (Trisnonylphenol phosphite) is a cost effective, high purity stabilizer that improves color and processing stability during recovery, drying, compounding, processing and end use. Synergism is realized when it is combined with other stabilizers such as hindered phenols. It may be added alone or in combination with the monomers and / or in antioxidant emulsions during recovery and / or during compounding. TNF is excellent in preventing gel formation polymerization, finishing, storage and factory processing. TNF is a versatile phosphite stabilizer which is useful in a large number of polymers such as polyethylene, polypropylene, polystyrene, HDPE, LLDPE, SBR, ABS, PVC and others. TNPP is also a suitable stabilizer for a myriad of elastomers such as SBR, NBR and SIS. It is highly effective in light colored solution and emulsion polymerized elastomers. The use of the TNF phosphite is sanctioned by the Food

Stability and less sweetness. Product developers can use it either to improve existing products or to create innovative new products. Trehalose is a non-reducing disaccharide consisting of two glucose molecules linked α,α –1,1. It has excellent process and finished product stability. Trehalose is a mostly know as a moisturising agent. Its mild sweetness (45% sucrose), low carcinogenicity, low hygroscopicity, high freezing-point depression, high glass transition temperature and protein protection properties are all of immense benefit to food technologists. Trehalose is fully caloric, has no laxative effects and after ingestion is broken down in the body to glucose. It has a moderate glycemic index with low insulin emic response.

PE sheets and foils for other applications Foils from HD-PE a LD-PE are manufactured in: Colour: black or colour. Double-sided smooth finish Processed materials LDPE LDPE is a polyethylene with lower density. It is the most frequently used material in the production of foils, in particular for packaging. All simple types of disposable bags, garbage bags, and shopping bags are made just from LDPE. The reason is particularly its low price and easy processing ability. Foils are manufactured by extrusion, either as 2D foils or hoses (tubular extrusion). Foils can be made as very thin (bags for baked goods) or thick-walled (large bags). Package thickness may be adapted to application requirements from 30 micrometers (0.030 mm) up to 200 micrometers. Should the final package be resistant against perforation, PE foils may be laminated with another foil type improving features of the final package. For example, lamination with PET foil (polyethylene-terephthalate) is used in the...

PE sheets and foils for reinstating and insulation of buildings Foils from HD-PE a LD-PE are manufactured in: Colour: black or colour. Double-sided smooth finish. Processed materials HDPE LDPE HDPE, or high-density polyethylene, is under ordinary circumstances a material of milky colour that differs from other polyethylene types by higher strength and ductility. Since the material is more consistent, the foils and packages produced from it are stronger. The HDPE bag thus has a higher load capacity than a LDPE bag of identical thickness. This is beneficial in the production of very thin bags; HDPE bag thickness is from 7 micrometers. In addition to flexible packages, HDPE is also a very suitable material for strong packages. Best-known allocations are cosmetic bottles (detergents, shampoos), and cans. HDPE is used also in technical applications, e.g. as septic tanks, in the production of pipes, and for sheathing of cables and harnesses. Septic tanks may have very complicated...

Fibreboard is produced by the wet process from semi-finished wood products from forestry cultivation cuttings and residues from the wood processing industry. Soft, porous fibreboard is most often used in the construction industry, while hard fibreboard is used in the furniture and packaging industry. They have high compressive strength and provide good insulation.

Our quality department serves with an independent quality assurance unit and chemical, physical control, microbiology and production control laboratories that form the pillars of quality control. Quality assurance, quality control, licensing, R&D and laboratory service units in our quality directorate carry out all activities that will ensure that the consumer encounters a quality product both during and after production. In our quality unit; All studies within the scope of stability, starting materials and finished product analyzes, process and cleaning validations are carried out with a full GMP and BRC Food understanding. Necessary in-service trainings are given to all our employees by our expert personnel.

The gas detetctor pump for easy usage in difficult situations The manual Dräger Accuro is used for short time measurements of Dräger tubes. Often measurements take place in extreme situations, for example: ladders, shaft or under heavy respiratory protection. The gas detector pump Accuro is easy to operate with one hand The gas detector pump Accuro is easy to operate with one hand and enables reliable measurements at hardly accessible places. This pump is a bellow pump in which the air is sucked stroke wise through the tubes. The body of the pump consists of a bellow, which is pressed together completely for measurements. After release of bellows, the sucking drains automatically and the relevant measured gas is sucked by the insert tube. The sucking process is finished when the body of the pump is completely open again. The end of stoke can be read by a pressure controlled display in pump head of Dräger Accuro. Data sheet