Cleaning media - Import export

Thermal cleaning in the WIWOX® IGS thermal system at up to 500° C removes all organic residues, even from fine bores. Depending on the melting and decomposition point of the residues, they are either melted or pyrolysed. The resulting exhaust air during the carbonization phase is burned in the afterburner chamber at over 850° C. Cleaning in the pyrolysis process requires subsequent post-cleaning. Inorganic components, oxidation residues, corrosion, etc. remain on the tool surface and must be removed. The ultrasonic process with acidic or alkaline cleaning media or the blasting process with organic and mineral abrasives are suitable for this purpose.

WIWOX® MT micro blasters are used for precise blasting with blasting nozzles from 0.4 – 1.8 mm. Surfaces can be smoothed, matted, deburred or cleaned. All mineral media, e.g. glass beads, broken glass, corundum, silicon carbide in the grain size range from 0 to 300 mμ serve as blasting media. The abrasive is used only once. The blasted surface is reproducible. Only a compressed air connection is required to operate the equipment. Micro-Tip fine blast units are suitable as portable free blast units or in combination with a blast cabinet. Micro-Tip fine blasting technology is available as a pressure or injector process. All units are equipped with foot pedal, pressure regulator, manometer and carbide nozzles.

The slimline probe LMP 305 with silicon stainless steel sensor is designed for continous level measurement in confined space conditions. Permissible media are clean or waste water and thin fluids. A piezoresistiv stainless steel sensor with low thermal error, an excellent linearity and a long term stability, is basis of LMP 305. Features: — nominal pressure: 0 ... 1 mH2O up to 0 ... 250 mH2O — accuracy: 0,35 % (opt. 0,25 %) FSO — diameter 19 mm for cramped areas e.g. 1" observation well — small thermal effect — excellent linearity — excellent long term stability Optional Features: — different kinds of cable — customer specific versions e.g. special pressure ranges

The slimline probe LMK 306 with ceramic sensor has been especially designed for the continuous level measurement at confined space conditions. Permissible media are clean or slightly contaminated water and thin fluids. Different cable sheath materials are available in order to achieve maximum media compatibility. Features: — nominal pressure: 0 ... 6 mH2O up to 0 ... 200 mH2O — accuracy: 0.5 % FSO — diameter 17 mm — excellent long term stability — suitable for hydrostatic level measurement e.g. 3/4" pipes — excellent linearity Optional Features: — different cable materials — customer specific versions e.g. special pressure ranges Preferred areas of use: — level measurement at confined space conditions — ground water monitoring — depth or level measurement in wells — drinking water abstraction — level measurement in open and closed tanks

The GEMÜ 650 2/2-way diaphragm valve has a stainless steel piston actuator and is pneumatically operated. The valve is designed for use in a sterile environment. All metallic actuator components are made of stainless steel. The compression springs of diaphragm sizes 80 and 100 are made of epoxy coated spring steel. Normally closed (NC), Normally open (NO) and Double acting (DA) control functions are available. An integral optical position indicator is standard. —Hermetic separation between medium and operator —Suitable for inert and corrosive liquid and gaseous media —CIP/SIP cleaning and sterilising capabilities —Autoclave capability —Optional flow direction and installation position

Fluid analysis is a crucial component of any oil management program. Early detection of potential problems can prevent costly repairs and downtime. The LasPaC II makes it possible to detect the ISO Cleanness levels of the hydraulic media. The LasPaC II is available in three different versions. ▪ Compact and Convenient ▪ Twin-laser, 100% Coverage ▪ Integrated Clock ▪ Adaptable - Software Updates ▪ Electric operated flush valve ▪ option of adding an integral moisture / temperature sensor Power Supply ▪ Voltage range: 110 ... 240 V, AC 12 ... 24 V DC ▪ European, UK and US power plug adaptors included Pressure / Viscosity ▪ Pressure range: 2 ... 400 bar / 29 ... 5801 PSI ▪ Viscosity range up to 400 cSt Calibration ▪ ISO Medium Test Dust (MTD) acc. to ISO 11 171:1999 ▪ Analysis range: ISO 8-24, ISO 4406 Code, NAS 1638 Code 2-12, SAE AS 4059 Code 2-12 Laser Sensors ▪ High accuracy laser: 4 ... 6 μm(c) ▪ Standard accuracy laser: 6 ... 68 μm(c) ▪ Measured channels: 4, 6, 14, 21, 25, 38,...

MKEL meets the particularly high requirements of the foodstuff industry. The LED integrated machine luminaire is used in packaging machines where it prevents accumulation of dirt and is distinguished by its resistance to agents for sterilising packages or the machine. • Maintenance-free LED technology • Robust aluminium housing with plastic screen • Self-adhesive seal • High degree of protection • Chemically resistant to many media such as cleaning and sterilising agents • Ideal for high thermal stress • Nearly flush-mounted installation • Prevents accumulation of dirt • Direct connection to machine voltage • M12 plug connector

Heat conductive ePTFE Yarn, PTFE fiber, Run-In Lubricant and elastic Silicon Tube Core Practical useful application data: max. temperature: +160 °C Characteristics Elevated heat conductivity For higher shaft speeds than S 6 SKV High chemical resistance and for clean media Operating range Pressure [p max]: 20 bar, Velocity [v max]: 10 m/s Temperature: t = -100… +280 °C pH: 1 - 14 Density: 1.60 g/cm³ Practical useful application data: max. temperature: +160 °C Main application Mixer Agitators Autoclave Kneader Paddle dryer Suitable for Rotating Equipment with higher surface speed radial run out Form of delivery This packing can be manufactured from 14 to 40 mm square as well as in intermediate, inch sizes and special measurements. 14 mm and above on 5 kg spool Special length, pre-cut or die formed rings on request. 1 kg of packing of the following cross-sections corresponds to displayed meter lengths: Size mm["] Meter 14 [9/16"] 3.2 15 2.8 16 [5/8"] 2.4 18 1.9 19 [3/4"]...

Meta-Aramid Fiber with PTFE Blocking Agent and Run-In Lubricant Characteristics Wear resistant, universal packing for applications with abrasive content High cross section density and structural stability, yet elastic and pliable Low friction, low shaft wear (HRC 45 shaft shaft surface hardness is sufficient) Clean packing, no contamination of media Operating range Pressure [p max]: 25 bar, Velocity [v max]: 20 m/s Pressure [p max]: 100 bar, Velocity [v max]: 1.5 m/s Pressure [p max]: 100 bar Temperature: t = -100… +280 °C pH: 1 - 13 Density: 1.40 g/cm³ Main application Centrifugal pumps Mixer Agitators Autoclave Filter Refiner Kneader Paddle dryer Suitable for Pulp and paper industry Sugar industry Waste water technology Form of delivery This packing can be manufactured in dimensions from 10 to 40 mm as well as in intermediate, inch sizes and special measurements. Available from 4 to 9 mm in square X-Section. 04 - 09 mm on 1kg spool 10 - 15 mm on 2,5 kg spool 16 - 25 mm on...

filter media of elastic, progressivelystructured nonwoven glass or synthetic fibres reinforcing grid on clean air side glassfibre media with adhesives, germicidal effect spare filter for existing rolltape filter systems

Acidic, neutral or alkaline wet media Aqueous media remove dirt particles from surfaces and rinse them off. Aqueous detergents disperse particles, and form or separate emulsions. They act on the surfaces of parts. If required, aqueous media can be used to alter the surface properties of parts by passivation (phosphatising), pickling, etc. In all applications, the treatment of the medium itself is of crucial importance. Aqueous media are powerful detergents. Solvents are wet media that are able to dissolve substances without actually reacting with them. The most commonly used cleaning solvents are hydrocarbons and modified alcohols with a flash point > 55°C, and halogenated hydrocarbons. Solvents remove dirt particles from surfaces and rinse them off. Advantages Short cycle times, energyefficient drying, low solvent consumption, long medium service life and easy treatment.

In industrial parts cleaning, wet media are used in 70 to 90 % of all cleaning processes. Wet media include aqueous solutions – similar to detergents we use to wash our dishes or laundry – as well as nonaqueous solvents. For each cleaning task, project engineers must choose the best wet medium, taking into account ecological and economic considerations. Workpieces and parts are produced in finetuned production processes that often require the use of special consumables and process chemicals. Parts are generally made from specific materials, and their contamination after machining is determined by the processes they have undergone. When assessing the environmental impact of cleaning media, one sometimes comes to surprising conclusions. First of all, the energy input and use of resources must be assessed.

The compact KDA tunnel units cater for high throughput rates combined with excellent cleaning and drying. They have been designed for the treatment of parts of many different geometries and sizes. The KDA is available with belts of various widths (200/500/650 mm) and a range of features and accessories to cater for many different cleaning tasks. The KDA is available as 1, 2 and 3bath unit. Cleaning with aqueous media (acidic, neutral or alkaline) Spray cleaning unit for wide range of parts High throughput rate Compact, durable design Available as 1, 2 and 3bath unit with loading of the unit via Robot loading Manualm loading Construction side conveyor technology

For all cleaning methods, operators must comply with the applicable statutory regulations at local, national and international level. The handling and the treatment of the cleaning media are two important aspects that must be taken into account when assessing cleaning tasks and suitable methods.

The less space between the parts, the more difficult it is to remove particles and contaminants with a wet medium. The handling of the parts and the design of the parts carriers are therefore important aspects for optimised cleaning. Wet media are used in units with 1, 2, 3 or even more baths where the parts are cleaned and rinsed, and, if required, treated with preservation agents.

At our Centre of Competence measuring 1,100 square metres, there are more than 15 testing units at your disposal for the optimisation of your cleaning processes. Batch units for parts carriers up to 660 x 480 x 300 mm in size Tunnel cleaning unit Cleaning units for large parts up to approx. 2,100 mm in width and 1,500 kg in weight Test and compare various media and alternative cleaning processes Get to know efficient parts handling methods and equipment

The ROTIMAT 3U is a universal machine for the cleaning of a wide range of parts. It guarantees maximum technical cleanliness, irrespective of the degree of contamination of the parts. It is equipped with two baths for cleaning, and subsequent iron phosphatising/rinsing, wherby each bath has its own pump cycle. The ROTIMAT 3U can be operated with standard baskets or customised parts carriers. Cleaning with aqueous media (acidic, neutral or alkaline) 660 x 480 x 300 mm 4 x 480 x 320 x 200 mm Spray cleaning for extra demanding applications Catering for wide range of parts Suitable for any cleanliness level from light dirt removal to high technical cleanliness Available as 2bath unit with loading of the unit via Manual loading table Manual charging unit Automatic charging unit

The ROTIMAT 1A has been designed for the spray cleaning of all workpieces that can be placed in the sturdy rotating basket. After production or repair, the workpieces and parts are cleaned with a hot aqueous cleaning medium that is sprayed onto the parts from all sides. The unit can be loaded from the front, or from the top, using lifting gear. The compact machine is equipped with four castors for easy relocation within the factory. Cleaning with aqueous media (acidic, neutral or alkaline) Universell cleaning unit for many different workpieces Compact portable unit with castors Drying without external heat input, or with optional extractor fan Available as 1bath unit with loading of the unit via Manual loading

This cleaning chamber has a special design, because the needed opening mechanism are integrated into the cleaning process. As a rule, it’s not possible to trigger containment by dismantling the double valve halves in front of the wash chamber. Thus this step must take place within the enclosed chamber. Servolift has developed a cleaning chamber for this which meets these special requirements. The needed opening mechanisms for the double valve system are found within the wash chamber. Cleaning media and drying air are fed from the underside through the opened double valve of the interior of the container. Also this chamber can be produced, like the cleaning chamber, in various designs. Efficient cleaning of high containment systems Technical description Compact and user-friendly construction Chamber with 1 or 2 doors design Process unit under or alternatively next to the wash chamber in the equipment room Automatic opening unit for passive valves in the area of the sink and/or in...

The Gronemeyer rinser is used for interior cleaning of new glass, PET bottles, tins, etc. Water or other liquids are used as cleaning media. Cleaning occurs during continuous material flow. In addition to rinsing, differences in height can be overcome at the same time or products can be turned. Technical data: —Conveyor performance: up to 60,000 units/h —Rinse track: up to 10 m —Difference in height: up to 10 m —Product weight: up to 40 kg —Product width: 20 - 450 mm —Solid steel construction in a painted or stainless steel version —Manual width adjustment —Automatic tensioning station for the cleated chain —Central lubrication system for the cleated chain —Water lance for cleaning the products —Complete machine cover made of sheet metal/Makrolon with maintenance doors

Many years of expertise in system engineering for industrial cleaning technology Suitable for processes such as precleaning, postcleaning, conserving and drying Mobile and stationary multichamber cleaning systems for aqueous cleaning media Standardized or individual solutions tailored to the needs of the customer Manual or fully automated concepts Subsequently extendable and expandable Low operating costs with high availability Can be combined with stoba ECM/PECM systems Controller Siemens