DELTAVINIL
Adaptable and flexible range of masterbatches for plastified and rigid PVC, meeting all technical requirements for industrial colours.
DELTAVINIL - MP. Micro-pellet, PVC-based masterbatches for the substitution of powdered or paste pigment dispersions used in calander, profile or pipe manufacturing. The micro-pellet form improves color dilution in the material, and the carefully selected pellet size allows mixing different primary colours. This guarantees a total and even colour diffusion in the base material.
DELTAVINIL - C. PVC-based masterbatches used in cables, profiles, injection moulding, pipe and tubing, calenders, and film. Supplied as regular pellets.
DELTAVINIL - A. PVC-based masterbatches for applications having special requirements, such as food packaging, toys, health and hospital plastic ware. Supplied as regular pellets.
DELTAPLAST
Broad range of masterbatches in pellets, powder, and paste for PVC and other polymers.
DELTAPLAST-S. Concentrates of single pigments or pigment mixtures in powder used in calender manufacture,profiles by extrusion, injection moulding and composite manufacturing. The pigment is dispersed into a base compatible with each polymer.
DELTAPLAST - P. Single-colour pigment pastes for unique colouring and for colour mixes. Both pigments and support accept the final polymer characteristics and technical specifications required: colour fast, contact with foods, or fogging test. It is used in bulk and suspension PVC colouring for calander manufacture, PVC plastisols, polyurethane foam, and others.
DELTAPLAST - BT. Poly-buthylene terephtalate masterbatches specifically developed for loose tubes for fiber optic cables. Both the pigment and the base were selected to obtain good diluting power and compatibility with PBT commonly used on these applications. The range of standard colours conform with the norms.
DELTAPLAST - EV. EVA-based masterbatches designed for the colouring of flame-retardant compounds used in cable manufacturing. The pigments used were selected to achieve the optimum colour yield on the different bases used as flame retardants
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