Applications
Paints, Coatings, and Inks
Formulation, preparation, and application of materials for Paints, Coatings, and Inks
Inks, paints, and coatings adorn and protect products and surfaces nearly everywhere we look. Extensive development and testing with modern polymers, pigments, and additives have produced materials that perform & look better than ever. Products may be formulated for construction / home improvement, marine, automotive, aerospace & defense, packaging, publications, security inks for cash & checks, and more. The materials used and the demands of these market sectors are constantly evolving to meet the current environmental / performance requirements and aesthetic trends. That is why it’s necessary to constantly reoptimize old product formulations and develop new products to stay competitive.
Though these products are generally very easy to work with and apply as a finished goods, research & development and manufacturing often require specialized equipment & processes. High shear milling and dispersion equipment may be necessary to reduce the particle size of pigments or additives to achieve the desired fineness of grind, surface finish, and/or color. High powerful, high-speed mixing is often used to accelerate R&D or manufacturing even in cases where milling and particle size reduction aren’t the main objective. Due to the color and permanence most inks, paints, and coatings are designed to deliver, ease of cleaning of processing equipment is another noteworthy feature. The equipment should be able to be cleaned easily or work with single use mixing vessels & components. This will save time, reduce the use of cleaning solvents, and minimize the potential for erroneous test results cause by cross contamination.
Why Hauschild SpeedMixer®
- Epoxy based adhesives are often used in place of or in addition to traditional fasteners. They provide a strong and permanent bond to a variety of materials like metals, ceramics, composites, and foams. They may be mixed with rheology modifiers like fumed silica, flocking for reinforcement, or beads to control the thickness of adhesive between bonded surfaces.
- To achieve the strongest possible bond, surfaces being bonded must be prepared by cleaning & sometimes roughening, epoxy components and additives must be weighed at the correct ratio as specified by the manufacturer, and the system must be mixed thoroughly. A vacuum degassing procedure is also often used to remove bubbles, dissolved gasses, or volatile content that could otherwise create voids or outgas. Once mixed, the epoxy will start to react and must be applied within the “working time” before it begins to gel or harden. The adhesives can often be packaged into cartridges to make application easier and faster so that nearly all the material can be used within the working time and waste is minimized.
Reduce operational costs with energy-efficient machines designed for rapid and thorough mixing, ensuring no unwanted bubbles & voids.
Easily scale your production from small batches to large quantities while maintaining uniformity and quality.
Our mixers handle a wide range of applications, including dispersing rheology modifiers like fumed silica and incorporating structures like hollow glass micro balloons to reduce density.