2145 results found
    1. Shades of Inspiration 2027

      Shades of Inspiration 2027

      The speed and intensity of change in our world have become unmistakable – and some people wish they could bring it to a halt. In an age defined by constant demands, overstimulation and emotional fatigue, the desire grows for moments that let us truly feel who we are – and what moves us.​ ​ ​ The theme of our 2027 trend colours, The Human Re:Set, reflects this collective longing for a turning point. Colour becomes a resonance space for our emotions, the rhythm of a new balance: it grounds and energises, calms and uplifts, heals and inspires. Between fantasy and reality, structure and emotion, culture and presence, softness and strength, a new emotional aesthetic begins to emerge.​ ​ The Shades of Inspiration 2027 translate this tension into four themes – with hues that are rebellious, pure, warm and romantic.​ Discover the most inspiring newcomer tones for your industry, your brand and your products.

    2. Shaping industrial framework conditions

      Shaping industrial framework conditions

      Standardization work is increasingly helping to shape future legislation. In the DIN Plastics Standards Committee (FNK), TecPart represents standardization interests in the fields of plastics production, processing and recycling as Chairman of the Advisory Board through active participation in the relevant national, European and international committees. In the European standardization body CEN and CENELEC, TecPart also represents the interests of its members in the field of circular economy and sustainability by chairing the expert committee for plastics recycling. At the same time, we play an active role in shaping standards for the plastics processing industry, such as DIN ISO 20457 or in implementing the standardization concepts of the "Circluar Plastic Alliance".

    3. Shaping industrial framework conditions

      Shaping industrial framework conditions

      Standardization work is increasingly helping to shape future legislation. In the DIN Plastics Standards Committee (FNK), TecPart represents standardization interests in the fields of plastics production, processing and recycling as Chairman of the Advisory Board through active participation in the relevant national, European and international committees. In the European standardization body CEN and CENELEC, TecPart also represents the interests of its members in the field of circular economy and sustainability by chairing the expert committee for plastics recycling. At the same time, we play an active role in shaping standards for the plastics processing industry, such as DIN ISO 20457 or in implementing the standardization concepts of the "Circluar Plastic Alliance".

    4. SheetTEC

      SheetTEC

      The purpose of surface treatment of polymer based materials is to increase surface wettability through electrical discharge. The low surface energy of polymer based substrates often leads to poor adhesion of inks, glues and coatings. To obtain optimum adhesion, it is necessary to increase the surface energy of the substrate to just above that of the material to be applied. Corona treatment results in improved surface adhesion properties. Treatment of sheets and plates for this application may vary from 50 mm to 2000 mm, which gives the customer treatment flexibility of small and large plates. SheetTEC can be installed as a stand-alone unit or with a conveyor system for integration into existing production lines. SheetTEC is available as a single or double-sided surface treatment system. SheetTEC is equipped with metal electrodes for the optimized treatment of non conductive polymer materials.

    5. Silicone Micro Molding

      Silicone Micro Molding

      Our standard production molding produces components with weights greater than 10 mg. Since the rules of the game are completely different when it comes to silicone components under 10 mg, starlim’s definition of micromolding begins here. Silicone micro molding is a specialized manufacturing process employed to produce extremely small precision silicone components. It is a further development of the classic injection molding process where the focus is on the processing of silicone in microscopic dimensions. We at starlim are capable of manufacturing micro-silicone components weighing less than 10 mg with precision undercuts and indentations. The smallest component manufactured to date by starlim for the medical sector only weighed 0.00049 g. It is difficult to find a comparison that matches this. 0.0005g is roughly equivalent to the weight of two grains of salt or the wings of a fruit fly. We are convinced that even smaller components can be created. Micro injection molding at starlim enables the production of extremely small, high-precision components for sophisticated applications in medical technology, microelectronics and the mobility sector. We employ the latest production technology to produce microstructured components, ultralight microform parts in the milligram range and micro-precision molded parts with tolerances in the µm range.