Pipe mould - Import export

Sweet creamy fillings in a moulded, crisp extrudate shell The latest in sophisticated products from direct extrusion are the co-extruded, centre filled products. In these products a soft filling with a pumpable viscosity is metered continuously, using a suitable pump, into an extruded pipe, simultaneously while it is being extruded. A special design co-extrusion die is used for this purpose. The result is an extruded pipe filled with a creamy mass. This pipe can then be moulded into various shapes continuously with the help of special moulding rollers. Raw-materials: It is important to choose a proper combination of the extrudate raw-materials and the filling mass in these kinds of products to ensure that they combine harmoniously in the final product to give a compatible eating experience to the consumer.

Our patented material is highly suitable to produce foam moulds and RTM pressure injection moulds. Advantages: • Large volumes of more than 2500 kg can be cast in less than 45 min. • Good castability • Hardly measurable linear shrinkage • High temperature resistance • Demoulding process after approx. 90 min. (after adding the last backfilling compound) • Chemical adhesion to polyester or vinylester gelcoat • Immediately after the first mould half has cooled down, the second mould half can be prepared • Copper pipes keep the mould surface on a nearly constant temperature • Post-curing is not necessary ALWA MOULD D backfilling compounds are the fastest system on the market. For the surface you can chose between two gelcoats: 1) ALWA MOULD COAT This is a vinylester gelcoat that is especially suitable for high-end surfaces. It can be polished to high-gloss. 2) ALWA EPF 10 This is an epoxy gelcoat that is easy-to-use and is recommended for parts, where high-gloss surfaces are not needed

DSC for determining the oxidation induction time for polymer pipe and protective pipe systems as well as moulded elements made of polyolefin.

DSC for determining the oxidation induction time for polymer pipe and protective pipe systems as well as moulded elements made of polyolefin. Suitable for OIT test and Melting point determination According to ASTM D3895 ISO11357 EN728 ASTM D3418 up to 500C Including standard Tin, Ind pellets for calibration checkout, 400pcs of aluminium pans, Software CD (windows based software including Report out to WORD), N2 and O2 rotameter mass flow controller, Hoses and connectors, Software also has data export to advantage Software for analysis, DSC measuring cell according to the heat flux principle, temperature sensors for control & sample temperature, Connection for Purge gas flow to the sample for 2 gas types, Temperature accuracy 0.1 C, Sensitivity: 3.6 to 4.0 μV/mW , Sensor Time constant: 2.5 s, calorimeter accuracy of ± 2% and calorimetric precision of ± 0.5% or better, Two connections for purge gas-Inlet to the sample & 1 connection for protective gas Inlet with gas flow adjustment,

Bending forms for heat-set plastic pipes Our services We manufacture tools for the molding of plastic pipes according to datasets, drawings and geometric data for two processes: in a convection oven with water vapor Bending molds are in every respect sophisticated tools that meet the rapidly increasing demands of the automotive industry on your products.

StaMixCo manufacturers all three commercially proven static mixer designs used for high viscous melt flow mixing of polymers in extrusion service. As with most process equipment, each static mixer design has specific advantages and disadvantages that make it more or less suitable for a specific application and installation. Each type of motionless mixer is discussed below: Process Improvements: Temperature gradients are virtually eliminated. Viscosity gradients are virtually eliminated. Composition gradients of colorant, chemical additives, fillers and regrind are virtually eliminated. Stagnant polymer wall-creep material is incorporated into the bulk polymer stream. Extrusion Applications Static Mixers are used in most extrusion applications including the following: Sheet Blown Film Foam sheet Profile extrusion Co-extrusion Pipe Extrusion Blow Molding Rod & Tubing Wire & Cable Coatings Fiber extrusion & monofilaments Benefits Reduction of color additives with comparable extrudate color density. Even thickness across the entire extrudate width. Streak-free product. Improved quality when using regrind material. Foam cell size and cell distribution uniformity. Improved surface quality Improved mechanical characteristics. Rapid color change-over SMB-R Static Mixer SMB-GXS Static Mixer Mixing of blue and white epoxy resin with the SMB-GXS Static Melt Blender. It improves the melt homogeneity by factor 5-6. SMB-R Static Mixer The SMB-R static mixer for extrusion service (licensee of Bayer AG, Leverkusen, Germany) contains eight (8) very efficient motionless mixing elements that homogenize the polymer melt as it enters the extruder die. The SMB-R mixing elements are considered as high performance design where they create a very high degree of mixing in a short length. The SMB-R mixing elements are virtually indestructible due to their monolithic cast construction where the mixing bars are jointed to each other and to the ring wall via a single molten metal pour. Mixing of blue and white epoxy resins. Empty tube (top)provides no mixing. Eight (8) mixing elements (bottom) provide an excellent mix quality in a short length. SMB-GX Static Mixer Melt Blender The SMB-GX motionless mixer is a design that has been used in melt flow mixing extrusion service for over 25 years. The SMB-GX mixing elements are considered as high performance design where they create homogeneous mix in a short length. It has the same fundamental X-Grid crossing-bar structure as the StaMixCo SMB-R static mixer (Figure #8), but without the support ring around the mixing blade structure which gives the SMB-R its remarkable strength. Since the SMB-GX is manufactured from metal plates that are welded together, virtually any custom static mixer plate thickness, material and diameter can be fabricated to meet process and installation requirements. SMB-H Static Mixer Melt Blender The SMB-H Helical static mixer design pioneered the static mixing industry and has been used as a viscous static mixer on extruders for over 37 years. The Helical design is considered a low mixing performance-long length-low pressure drop motionless mixer as compared to the later developments of high performance static mixers such as the SMB-R and SMB-GX which have become the technology standards in the industry. StaMixCo manufactures SMB-H static mixers by advanced proprietary manufacturing technique where the entire unit is machined from a solid rod of bar stock material without welding. This machining process allows for custom static mixer fabrication in virtually any L/D twist, in very small sizes, with very high strength, straight and true dimensioning and with a RMS 12 mirror polish surface finish which is a much improved surface finish as compared to the traditional 32 RMS finish for the twisted and welded design.

* All the colored plastic can be used for a wide range of applications. * For each production number standard of the same color. * Special production according to the conditions required of all applications. * All the requests in accordance with the technical support of all kinds. * Samples and color work for each new sample * Film, injection molding, blow molding, sheet, wire, pipe, automotive and other industries such as raffia and * appropriate colors for the standard product warranty. * Reasonable price policy * The fastest laboratory studies

These RG aluminium oxide flap wheels are characterized by extremely compact design, 3-mm diameter cylindrical shaft and X-Flex weight backing. Main features and benefits: Being very compact, our Micro RG wheels can be used in confined spaces. The small shaft diameter allows them to be used on light and versatile machine tools. Recommended applications: Finishing moulds, small-sized pipes and cylinders, drilled parts in general. Work surfaces: Stainless steel, standard steel, alloyed steel, aluminium, titanium, nonferrous materials and alloys, plastic materials, glass fibre.

These RG aluminium oxide flap wheels are characterized by extremely compact design, 3,17 mm diameter cylindrical shaft and X-Flex weight backing. Main features and benefits: Being very compact, our Micro RG wheels can be used in confined spaces. The small shaft diameter allows them to be used on light and versatile machine tools. Recommended applications: Finishing moulds, small-sized pipes and cylinders, drilled parts in general. Work surfaces: Stainless steel, standard steel, alloyed steel, aluminium, titanium, nonferrous materials and alloys, plastic materials, glass fibre.

These wheels on 6-mm shaft are made of a combination of cloth flaps and High Performance Nonwoven material. To be used on straight grinders. Main features and benefits: Thanks to the abrasive cloth the scrubbing action of BIBIELLE shaft-mounted nonwoven wheels is more aggresive whilst ensuring high finishing quality, excellent user friendliness combined with highly efficient ventilation and low-noise levels typical of nonwoven products. Recommended applications: Light deburring and cleaning parts of irregular shape, pipes or moulded parts. Removing scale. Removing marks left by previous operations. Work surfaces: Stainless steel, standard or alloyed steel, nonferrous metals and alloys, aluminium, cast iron, titanium.

This High Performance Nonwoven material is converted into wheels on 6-mm shaft to be used on straight grinders. Main features and benefits: These shaft-mounted Nonwoven wheels offer consistent finishing quality, excellent user friendliness, highly efficient ventilation, low-noise levels, resistance to clogging. Recommended applications: Light deburring and cleaning parts of irregular shape, pipes or moulded parts. Satin finishing small surfaces. Removing scale. Removing marks left by previous operations and re-finishing after bending, welding or satin coil moulding. Work surfaces: Stainless steel, standard or alloyed steel, nonferrous metals and alloys, aluminium, cast iron, titanium, plastic.