Flow properties and characterization. Wall friction angle. Bulk solids and powder flow properties; Flow propertiesnd crahacterization. Wall friction angles, major principle stress, flowability, internal shear, yield Loci, cohesion, adhesion, angles of response, consolidated bulk density.Silo critical arching dimensions and bridge diameters Porosity, surface area investigations, composition analysis and materials development services. Bulk storage facilities-Silo and hopper design, stockpile, bulk storage facility, intermediate bulk container (IBC"S), design and flow problem solving. Silo and hopper structural design and verification, Determination of wall thicknesses, support legs and platforms. 3D modeling and detail drafting Blending silos, mixing and proportioning technology. Treatment and conditioning silos - heating, cooling and silo aeration. Bulk materials handling engineering Feeder design, discharger design and product flow problem solving. Transfer chute design and problem solving. Conveyor design and problem…

Shear tester for industrial application, Chemical industry..... Shear tester / Quality Control: Shear tester for industrial application, Chemical industry, Mining research, Cement industry, Pharmaceutics industry, density, compressive strength, time consolation, flow ability, angle of international friction, cohesion Applications: quality control classification of powders flow ability certification for sales department material engineering design of powder handling installations technology calculations Features: Measurements independent of the operator Measurements up to 5 yield loci with one sample Simultaneous Measurement of stresses and density Frictionless Measurement by air bearing of the shear cell High accuracy and reproducibility Shear tester with equipment for simultaneous measurement of shear stresses and density during the shearing, microprocessor IBM-Comp. Monitor, keyboard, electronic I/O control, programs for measurement and evaluation. Control of optimal mixture Control of raw materials Specification…

Prevention from abrasion- and dust development Product buffering and safety filling with the filling telescope. Prevention from abrasion- and dust development by the further and arrange formed rough- through fine-grained products they are - fragile - wear sensitive - spraying - explosion hazard being, must be do special measures to prevention from break, abrasion dust seized. In many technical processes, were are rough- through fine-grained bulk materials will processed, there step a unintentional corn on to crushing. It is necessary very often to limit the crushing as far as possible (drop in sales revenue). Through a special regulated filled technique , the sparing filling could will be guaranteed : Operational areas: * Non food and food area * tabletting, granulated * briquette or domain of applicability * explosion hazard spray * emission limit * noise development .

Bulk Solids Flow Properties Laboratory shear testing. Bulk Solids Flow Properties - Laboratory and onsite testing for shear, cohesion, time consolidation, density, wall friction unconfined compressive stress, tensile strength, fluidisation - permeability - dearation. For classification of powders, equipment and systems design, quality control and specifying for purchasing of materials. Silo and Hopper design. Design for mixing, avoiding segregation, avoiding agglomeration, avoiding degradation, avoiding caking, heating and cooling. That discharge and / or blend free flowing and cohesive products to very high accuracy, with flow control and shut off capability. Integrated with PLC control, discharge systems can provide variable flow regime from ideal flow, mass flow, eccentric flow and funnel flow. Easily retrofitted to existing silos and hoppers if required. The behaviour of a powder or pouring good must want to judge objectively and qualitatively to be able to influence flow properties specifically.…

Multi- function feeder SILETTA® The bridging or ratholing in the silo can block the whole process and cause a discontinuity with high technical and financial consequences. The influences of geometry of the silo are, the silo diameter, height, angle of the hopper, pressure in the silo and wall friction. The influences trough powder are the cohesion, angle of internal friction, density and unconfined compressive strength. The vibration however, is not transferred to the powder in the silo, because a layer of powder above the louver is flowing and expanded in which case a transfer of the vibration to the powder in the silo is not possible. The vibrating bottom makes material bridges and angles of repose collapse. Triple Function: live bottom discharge equipment dozing and proportioning device shut off valve Application: Universal application for all bulk materials of up to 40 mm particle size and silos of all sizes and silos of all sizes with circulator, square or slot –shaped discharge…