Laminar flows - Import export

"FFU (Fan Filter Units) that require precise cleanliness of environmental air (as per ISO 14644 standard flow environments) also need to operate in a laminar air flow in these situations. Mikropor produces Fan Filter Units with two stage filtration. Fan Filter Units ( FFU) are based on a push and pull working principle, with environmental air drawn through a G4 class coarse filter to capture relatively large particles. Thanks to Mikropor’s highly efficient HEPA class filters on the second stage, outlet air on the production lines will have the highest level of air purity. Mikropor produces standard or custom sized Fan Filter Units, designed and manufactured to meet the cleanroom application requirements."

The EUROMIX® vertical shaft floating agitator is designed for all mixing applications and operates at 1000 rpm. The liquid rises to the surface of the tank and discharged at the base. The EUROMIX® flow-guide pipe allows the fluid to be directed to the base of the tank and can be used for deep tanks. The specific flow created ensures the mixing of the liquid. The general basis of the mixing being vertical, the water is directed at very high-speed causing a laminar flow by the agitation unit at the tank base. The EUROMIX® thus prevent the formation of dead zones in the tanks. It prevents sedimentation and rapid settling in holding and mixing tanks.

Vacuum Stoppering system to minimize entrapped filling & drip-free. Full Servo Driven for highest flexibility, highest repeatability and operator friendly conversion. Valveless Rotary Piston pump for Hygiene Filling. Contact parts are FDA Approved material and autoclavable. Optional Laminar Air Flow Booth. Optional N2 flushing. Optional FDA 21 CFR Part 11. Optional Realtime Equipment OEE monitoring anytime, anywhere. Optional 100% Weight In Process Control of filling weight system by tare in / tare out to obtain nett filling weight check.

Full Servo Driven for highest flexibility, highest repeatability and operator friendly conversion. Precision Auger Filling System with wide filling range without change part. Bottle lifted during filling for clean filling. Swingable Filling module for easy dismantle when cleaning. Contact parts are FDA Approved material and autoclavable. Auto rejection without machine stop. Laminar Air Flow Booth. Optional 100% IPC Tare-in, Tare-out weight check. Optional N2 flushing. Optional FDA 21 CFR Part 11. Optional Realtime Equipment OEE monitoring anytime, anywhere

Full Servo Driven for highest flexibility, highest repeatability and operator friendly conversion. Valveless Rotary Piston pump for Hygiene Filling. Contact parts are FDA Approved material and autoclavable. Laminar Air Flow Booth. Auto rejection without machine stop. Optional 100% IPC Tare-in, Tare-out weight check. Optional N2 flushing. Optional FDA 21 CFR Part 11. Optional Realtime Equipment OEE monitoring anytime, anywhere.

MHH Filters are optimal choice for cleanroom applications and laminar flow cabins. They are made of extruded anodized aluminium and many available collar diameters. Such as, 150mm, 200mm, 250mm, 300mm, 400mm.

Aside from the actual air quality generated for cleanroom applications, it is vital to avoid unintended contamination (chalking) for the reliability of the processes. In Pharmaceutical, Food & Beverage, and other similar industries, it is extremely important to force contaminant particles (airborne or generated during the process) away from finished products and employees. An alternative way to avoid contamination risks is to implement a Laminar Air Flow System in the filtration system. There will be undesirable airborne particles in the working areas of the Pharmaceutical, Food&Beverage, and Automotive Industries. Production facilities of these industries are designed and classified according to the ISO 14644 standard. According to this standard, different steps of processes should have different levels of cleanliness class. To make this classification reliable; the following solutions must be used. To see our wide variety of solutions below, you can download our

Combi 1.1 – Innovating product – Better and cheaper than Laminar Flow – Adjustable Air Nozzles for perfect airflow – Creates high efficiency Cleanroom Class ISO6 or even ISO5 – Installation: 1 day max. – Results within 30 minutes – Clean Air Capacity: 800 m3/hour maximum, with 1/4 of fresh air (optional) – Only needs W 90 cm x H 154 cm x D 34 cm of wall space – Quiet operating level – Max. distance between inside & outside unit: 25 meter To protect immune compromised patients To upgrade ICU’s, laboratories and O.T’s Note Pressure difference depends on air tightness of the room. For information and advice contact MedicCleanAir.

Water-sprinkled spray walls and spray booths with automatic paint sludge filtration system In wet separation, the overspray meets the water film of the spray wall and is thereby bound in the water. The sludge formed by this is discharged using sludge filtration systems. Water-sprinkled spray walls The overspray is sucked in in the lower area of the vertical water drain surface and is bound in water when it meets the film of water. The paint mist is washed out further in the lower section of the washout tower using a vortex washing system with downstream baffle plate separator. In order to replace the water lost due to evaporation, it is recommended to fit an automatic water level controller. The entire quantity of water is fed to the automatic paint sludge filtration system via the disposal pump. A coagulant is added to the water by an automatic dosing unit, as a result of which the paint sludge in the circulating water is disbonded and can be separated more easily. The cleaning of the circulating water takes place in the separately arranged paint sludge filtration system. Depending on the paint system and plant version, the separation system is operated using a full or partial current method. Water-sprinkled spray walls/booths with underfloor paint mist extraction For the painting of large parts with a high paint throughput. The paint mist is sucked in under the grating cover. A substantial part of the overspray is already bound in the water by the constant sprinkling of the entire floor of the basin. The paint mist is washed out further in the lower section of the washout tower using a vortex washing system with downstream baffle plate separator. Optimum capture of the paint mist is guaranteed by the laminar air flow inside the booth. A further advantage over comparable systems is the low water basin height and the associated low foundation depth. The sludge formed by this is discharged using sludge filtration systems. Advantages

SOUL Refrigerated Bakery Pastry Display Case have the same temperature on all shelves and a hinged front glass. Thanks to the laminar flow of air, smart air distribution and low blowing, SOUL Display Case never dry out cakes and another delicate bakery The shelves are made of tempered glass. Rear curtains and sides are made of double-glazed windows. Controller: Digital controller with temperature display Cooling: Remote refrigeration \ Integrated refrigeration, fan assisted dynamic cooling system.

The design of an electric pump section is similar to the design of a standard vertical electric pump with a GNVC series magnetic coupling, which allows for the use of already proven technical solutions: impeller blades with curved surfaces create an angle of attack and partially allow for switching to the laminar mode of wall-adjacent flow on their surface and provide more efficient deflection of liquid to the periphery; a closed type impeller has a higher efficiency and longer service life compared to open and semi-closed impellers; bell-type fit of the impeller on the pump shaft precisely keeps the geometric position of the impeller with respect to the guide vanes; the vertical position of the shaft resting on a heavy-duty carrying cushion in the vertical plane, and sleeve type bearings in the horizontal plane help prevent sagging of the shaft, as for instance, in the horizontal design of the pump, and play and runout; the use of sleeve type bearings

The GXR Static Mixer (Licensee of Bayer, AG) is used for mixing, dispersing and homogenization of viscous materials. It is a high performance motionless mixer design that creates a very high degree of mixing in a short length. It is capable of mixing materials with very large differences in viscosity and volumetric ratios. Mixing Capabilities Mix fluids with similar viscosity Mix high and low viscosity fluids (1 million : 1) Mix fluids with large differences in volumetric ratio (1,000 : 1) Disperse and mix polymers with blowing agents Thermal homogenization Viscosity homogenization Applications Two (2) component viscous materials such as Liquid Silicone Rubber (LSR), adhesives, polysulfide, sealants, epoxy resins, polyurethanes, etc. Plastics Injection Molding Plastics Extrusion Polymer manufacture and processing The mixing elements may be safely pressed out of the housing by pushing on the support ring which avoids any damage to the mixing grid The GXR mixing elements are presently also available in inexpensive plastic construction (50% glass-filled Nylon and polypropylene) Helical Static Mixer The HT helical static mixer pioneered the inline motionless mixing industry over 40 years. It is a cost effective static mixer design with moderate mixing performance capabilities. It is most suitable for use in small diameter turbulent flow and laminar flow applications where the mixing task is simple and where it’s characteristic features of low pressure drop and open geometric structure are best for the specific application. For difficult applications, the high performance GX static mixer is recommended for laminar flow applications. The Helical static mixer is available in metal and plastic construction in a wide variety of configurations and sizes.

The GX static mixer has been used successfully for the laminar flow mixing and/or dispersion of viscous fluids for over 35 years. It is a high performance static mixer capable of mixing materials with equal or very large differences in viscosity and volumetric ratio. Mixing is accomplished in a short length with a very high degree of mixing. Mixing Capabilities Mix fluids with similar viscosity Mix fluids with high and low viscosity (1 million : 1) Mix fluids with large differences in volumetric ratio (1,000 : 1) Disperse and mix polymers with blowing agents Thermal homogenization Viscosity homogenization Applications Polymer manufacture and processing. Two (2) component viscous materials such as Liquid Silicone Rubber (LSR), adhesives, polysulfide, sealants, epoxy resins, polyurethanes, etc. Plastics Extrusion Materials of Construction, Housings and End-Connections The GX static mixer can be supplied in most materials of construction, pipe/tube housings with virtually any end connection (Figure #13). GX-P mixing elements in 9.3 - 9.4mm outside diameter size are also available in plastic construction. History of GX Static Mixing Structure The GX static mixer was invented by Bayer AG of Leverkusen, Germany in the mid 1970’s. Bayer used the GX static mixer extensively in their polymer plants and subsequently licensed the design to Sulzer Chemtech of Winterthur, Switzerland who trademarked the design as the SMX* static mixer. Sulzer did a tremendous amount of fundamental high quality R&D work on the SMX structure and commercialized the SMX static mixer in tens-of-thousands of successful installations. The founders of StaMixCo held key technical and management positions in the Koch Engineering (the later Koch-Glitsch)-Sulzer Chemtech team that commercialized the SMX static mixer. Bayer licensed their 2nd generation of the SMX static mixer to StaMixCo which is branded as the GXR structure with integral support ring around the X-Grid mixing bars as described in a previous section of this web site. * StaMixCo is not a distributor of or affiliated with Sulzer Chemtech. SMX is a brand and trademark of Sulzer Chemtech.

The flow tester CETATEST 915 is used for flow testing with compressed air. It includes a measuring system consisting of laminar flow element (LFE) and differential pressure sensor In the direct test method the air, provided by the internal pressure regulator, flows through the measuring section before it enters the test part.In the indirect method, the measuring section is located in the outlet flow of the test part. Due to the special design of the measuring section a laminar ow is generated. The resulting pressure difference is directly proportional to the volume flow. With the optional electronic pressure regulator and four calibrations for up to four test pressures the application range is substantially expanded. Special versions: The CETATEST 915-G is a fully automatic flowmeter for the detection of leaking parts. Typical applications: 915: Testing of valves, vehicle exhaust systems, pipes, membranes, 915 G: Gas appliance industry, after-work jobs in the automotive industry