One key factor that ensures high-quality and efficient processing of polyurethane is mixhead technology. The development and manufacture of high-pressure mixheads requires a great deal of know-how and many years of experience. Hennecke GROUP has outstanding expertise in this area and makes its mixheads (apart from a few standard parts) in its own manufacturing halls. This is a novelty in the European competitive market. It is also the reason why many leading PU processors prefer mixheads from Hennecke. They know from experience that the high-quality design pays off in the production process.
Whether rigid or flexible, integral skin, filling or energy-absorbing foam is concerned, Hennecke GROUP has the the appropriate high-pressure mixhead for almost any application, that requires mixing based on the impingement injection principle, from standard to specific applications. Hennecke offers high-pressure mixheads of variable sizes and injector shapes, featuring a comprehensive range of accessories, to suit almost any imaginable application – including yours.
MT mixheads are the most recent addition to Hennecke's mixhead portfolio. Their fundamentally new design sets a new standard in high-pressure polyurethane mixing technology. This innovation can help you optimize your processing results with all common PUR systems. Hennecke MT mixheads can...
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Hennecke MN linear mixheads operate on the groove-control principle. Due to their special parameters, they are particularly suitable for polyurethane spray-molding processes (PUR-CSM technology) and applications involving filled components. Hennecke's lineup of 2- to 4-component MN...
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In addition to excellent mixing quality and shot reproducibility, the MX series mixheads very easily control pressure. These two- or three-component mixheads are available as handheld or mounted. They are typically used for processing cold-curing flexible foams, rigid and semi-rigid integral...
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MD mixheads operate on the impingement injection principle. Because of their relatively small design size and light weight, these dynamic mixheads are particularly well suited for use on oscillating filling manipulators. Since they can be adapted to various discharge systems , MD mixheads can...
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Air-cleaned “L-type” ML and MXL deflection mixheads operate on the proven impingement injection principle. The entire recirculation of the components is groove-controlled. Due to the “L-type” mixheads’ patented air-cleaning capability based on the cyclone...
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The reliable, self-cleaning, high-pressure ECOMIX Y2K mixheads are made in an L-form and fitted with two hydraulic pistons. The geometry of the mixing chamber guarantees optimal mixing of the components, and the outlet system ensures a largely laminar outlet flow. All Y2K mixheads have...
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For some raw materials and applications, it is not possible to mix them efficiently or effectively through the impingement injection principle. Casting systems or high-viscosity components are two examples. For processing many reactive components and additives, such as in continuous slabstock lines, mixheads are fitted with special stirrers to ensure that the reactive systems and additives are mixed homogeneously in the mixing chamber and a laminar output is achieved. To a certain extent, processors can influence the cell structure and cell size of foaming systems through the use of particular types of stirrers. High-strength stirrers are used in compact and cellular elastomer systems, ensuring optimal results even when blending is extremely difficult.
MEL mixheads are provided standard with hydraulically controlled mixhead injectors to facilitate extremely short and synchronous switching cycles. This is a novelty that guarantees you superior metering quality. Moreover, MEL mixheads are also fitted with a sophisticated mixing chamber and...
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Slabstock stirrer mixheads combine injection and stirring principles and guarantee the user a laminar liquid laydown over the entire width of the foaming conveyor. Slabstock stirrer mixheads produce foams with an extremely uniform pore structure free of pinholes and striation. The actual...
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HK-R stirrer mixheads are used to make extremely high-quality foam products for use in automotive interiors. In these applications, the highest amount of mixing energy possible is required to ensure a homogeneous cell structure in the foam. That’s why HK-R stirrer mixheads are equipped...
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The ULTIMIX mixheads are controlled by a pneumatic unit, and the recirculation and mixing pressures can be configured to ensure a constant and homogenous production result. This is achieved using nozzles with different diameters and special valves within the recirculation circuit. The geometry...
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