1724 results found
    1. Versatility and interchangeability of components

      Versatility and interchangeability of components

      Our hot runners are characterised by a high level of technological flexibility, which means that they can easily be adapted to operational requirements. The system can be rapidly upgraded to match any change in requirement. For example, a customer might start off using the system in an open flow version, and subsequently switch to the more performing valve gate version. Obviously, the system needs to be correctly prepared and set up beforehand, but the time frame and costs of the work are advantageous for the customer. In short, our systems ensure maximum versatility and interchangeability of components to perfectly reflect the growing needs of the customer.

    2. Vibrant Design, Premium Finishes

      Vibrant Design, Premium Finishes

      For the Biovax® Limited Collection by L’biotica, we developed a colourful packaging concept for micellar shampoos and regenerating hair masks. Six-colour printing, individual colour schemes and different formats clearly distinguish each product while creating a consistent identity across the range. Soft-touch surfaces, selective gloss UV varnish and gold hot foil stamping combine matt, glossy and metallic effects. A fold-up back panel on the hair mask packaging provides additional space for product benefits and brand communication. Explore the colours, finishes and functional details of the complete Biovax® packaging concept.

    3. VIDREA - BALANCE COLORS COLLECTION

      VIDREA - BALANCE COLORS COLLECTION

      BALANCE is the color collection devised for glass packaging, created to optimally express the most important ICA corporate values, respect for and constant attention to the world we live in, while striking the right balance with an ongoing research approach. Created for the container glass sector, the BALANCE collection enhances the forms and sinuosity of glass thanks to the interplay of light and shade. Everything magically melds and intertwines. 16 shades that blend subtly into each other, delighting the senses and enchanting the eye: tactile surfaces combine with highly opaque or ultra-clear, matt or shiny finishes. 96 shades which take their cues from nature and earth, from flowers and the sky, generating a sense of balance that resonates with us on an emotional level.

    4. VIDREA BIO - “BIO” WATER-BASED PAINTS FOR CONTAINER GLASS

      VIDREA BIO - “BIO” WATER-BASED PAINTS FOR CONTAINER GLASS

      VIDREA BIO is a range of BIO products for container glass made up of two water-based two-component paints (one glossy and the other one matt) created with renewable materials derived from innovative processes for refining “waste” plant substances that cannot be transformed into food for humans. This process is based on the concept of circular economy. These boundary-pushing paints for container glass have the same hardness, chemical resistance, transparency and industrial workability as the equivalent ICA products of fossil origin. These products feature excellent technical characteristics that fully respect the environment and the health of end users.

    5. VIDREA SERIES 6 - TRANSPARENT THERMOSETTING WATER-BASED PAINTS FOR CONTAINER GLASS

      VIDREA SERIES 6 - TRANSPARENT THERMOSETTING WATER-BASED PAINTS FOR CONTAINER GLASS

      The VIDREA range of products for glass is growing. Two new one-component thermosetting top coats with low-temperature curing have been added to the range of products for container glass (SERIES 6): gloss top coat GPW6102T99 and matt top coat GPW6102T10. These paints for container glass offer extremely high chemical resistance when colored with super-transparent stains of the CG series and meet the requirements of the beverage, tableware and perfume sectors. Specifically, they can pass the most demanding tests without application of subsequent transparent protective coats. These products guarantee sustainability and performance in the glass packaging sector because they combine excellent technical characteristics and optimum performance with an extremely low content of volatile organic compounds.