Non-Metallic gaskets.

Non-Metallic gaskets compressed fiber sealing material is available. Non-Metallic gaskets SF and AF products are fiber reinforced, polymer bound, calendered sheet materials. These Non-Metallic gaskets are made using traditional manufacturing techniques. A wide range of organic and inorganic fibers are used in conjunction with a polymer matrix in the Non-Metallic gaskets. This provides the Non-Metallic gaskets appropriate degree of chemical compatibility and sealing performance.

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Metallic gaskets

Metallic gaskets ring type joint was initially developed for use in the petroleum industry. Metallic gaskets are mainly used in the oil field on drilling and completion equipment. Metallic gaskets ring type joints are commonly used on valves and pipework assemblies. Metallic gaskets are also used in some high integrity pressure vessel joints. The types include Metallic gaskets style R; style RX and Metallic gaskets style BX.

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Thermiculite gaskets

Thermiculite gaskets 800 hundred series and 700 series are available. Flexitallic has been at the forefront of fluid sealing innovation with Thermiculite gaskets. They set new standards for sealing technology with the introduction of Thermiculite gaskets Critical Service Series gasket material. Thermiculite gaskets 800 hundred series maintained integrity through a wide range of extreme temperatures. Thermiculite gaskets 700 hundred series maintains the broad chemical resistance and freedom from oxidation.

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Valve Stem Seals

Valve Stem Seals type Flexitallic Enviroflex 500 is manufactured. Valve Stem Seals temp is 550†† (1022) °C (°F). Valve Stem Seals maximum pressure is 86 (12470) MPa(psi). pH limits of Valve Stem Seals are 0-14†. Valve Stem Seals are applied in high integrity valve stem sealing to reduce fugitive emissions in the petrochemical and chemical industry. High purity graphite tapeis formed into sealing elements of unique geometry with dissimilar densities in Valve Stem Seals. The specially designed header rings of Valve Stem Seals are braided from graphite filament yarn.

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Pump Packings

Pump packings type Flexitallic 305 is manufactured. The typical uses of Pump packings include Pump packings and valve stem seals. Temp is 200/460†† (-328/860) °C (°F). The maximum pressure is 18 (2610) MPa(psi). Pump packings have maximum shaft speed of 20 (3940) m/s (fpm). pH limits of Pump packings are 0-14†. Typical applications of Pump packings are, Pump packings in petrochemical, Pump packings in chemical and Pump Packings in power generation industries.

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Flexitallic

The Flexitallic Group is the international market leader in the manufacture and supply of high quality, high value industrial static sealing products. Based on sales and geographic reach, The Flexitallic Group has become a global supplier of industrial gaskets. Flexitallic’s global customer service network of owned manufacturing facilities, manufacturing licensees and distribution network (over 750 distributors in 30 countries) ensure local demand is met quickly, with a combination of the highest product quality and customer service. The most prominent products include, Pump packings, Valve Stem Seals, Thermiculite gaskets, Metallic gaskets, Non-Metallic gaskets. Developer of the spiral wound gasket in 1912 in the US, Flexitallic today continues its legacy of innovation with product materials like Thermiculite® and Sigma®. Flexitallic’s sheet materials product lines began in the mid 1800’s in England. Flexitallic is a privately held company headquartered in Houston, Texas USA.
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Beater Mills

Beater Mills SMM are used for the grinding of products with a high fat content e.g. Cocoa nibs and Hazelnuts. The moisture content of the product is also reduced during the Beater Mills grinding process. The product is fed into the grinding chamber of Beater Mills at a controlled rate, by means of a dosing screw. High speed rotating blades of Beater Mills break the product down to the required particle size. The fineness of the finished product is determined by the mesh size of an integral, annular sieve, of the Beater Mills through which the mass flows on its way to the exit of the mill.

The shell and base of the grinding chamber in Beater Mills are of jacketed design, to facilitate the processing of product under controlled conditions of operation. In Beater Mills hot or cold water is circulated, as appropriate, to maintain a constant temperature. The maximum capacity of the Beater Mills is 3.000 kg/h.

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Compact Grinding Mill

Compact Grinding Mill is based on the tried and true universal grinding series produced by the company. Compact Grinding Mill is laid out for grinding sugar. Compact Grinding Mill has state of the art technology. Compact Grinding Mill is dust tight. No peripheries such as explosion protection valves, fans and filter systems are required in the Compact Grinding Mill. Compact Grinding Mill comes with a compact design and low operating and maintenance costs.
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Laboratory Roll Mills

Laboratory Roll Mills show ease of operation and a large quantity of tool combinations. This enables Laboratory Roll Mills to run extensive grinding tests in the shortest possible time. Easy access to the grinding chamber and the product bin in Laboratory Roll Mills allows fast and easy cleaning. Laboratory Roll Mills have simple feeding by a vibration dosing chute. Obtained fineness of Laboratory Roll Mills is between 10 µm and a few mm. Laboratory Roll Mills show grinding in batch operation up to 30 kg.

Flaking Mills

Flaking Mills are used in the oil seed industry to process pre-broken seeds for the downstream extraction process. The BAUERMEISTER Flaking Mills models ZWG 601, ZWG 703 and ZWG 800 are manufactured using a very massive and rigid welded frame. Flaking Mills have the option of Product overflow system(patented). Flaking Mills have Proportioned product feeding using a vibrating feed chute or a feed roll device. Separate hydraulic unit is present in Flaking Mills with hydraulic pump and control panel. Hydraulic cylinders in Flaking Mills transfer the contact pressure to the rolls. Roll nip pressure in Flaking Mills is adjustable between 50 and 80 bar. Rolls of Flaking Mills disengage when a foreign object passes.

Roll Mills

Roll Mills type 250.1. These types of Roll Mills have accurate grinding of brittle to medium-hard products. Corrugated Roll Mills come with two crushing stages and product specific rolls.

Roll Mills type 250.2. These types of Roll Mills also have accurate grinding of brittle to medium-hard products. Roll Mills come with some special features. Roll Mills upto 3 crushing stages. Roll Mills with Variable capacities. Roll Mills have product specific rolls.

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Bauermeister GmbH

For more than 125 years Bauermeister is specialised in the process engineering and currently employs 25 people in Norderstedt. Bauermeister machines are found throughout the food industry in great numbers for grinding sugar, as well as spices, lactose, and starch, to name just a few of the many applications. Another industry where Bauermeister machines are used in great number is the oil seed industry for precrushing and flaking. And, last but not least, Bauermeister machinery is used increasingly in the chemical and mineral industries. The machinery includes, Roll Mills, Flaking Mills, Laboratory Roll Mills, Compact Grinding Mill, Beater Mills.
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ALZ-heat-exchangers and ALZ industrial heat exchangers

ALZ-heat-exchangers and ALZ industrial heat exchangers are used as plant components for the heating and cooling of gas streams. ALZ-heat-exchangers and ALZ industrial heat exchangers are customized according to the individual requirements of our customers. ALZ-heat-exchangers and ALZ industrial heat exchangers concentrate all working steps from engineering to the fabrication at a single location. For ALZ-heat-exchangers and ALZ industrial heat exchangers the quality of work as well as the fabrication progress is transparent at all times. ALZ-heat-exchangers and ALZ industrial heat exchangers always deliver the best possible quality. ALZ-heat-exchangers and ALZ industrial heat exchangers have a quality management system.
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Heat Exchangers as plant components

Heat Exchangers as plant components are for Temperature regulation in gas streams. The used materials in Heat Exchangers as plant components can be carbon steel, various types of stainless steel and duplex materials. Therefore the Heat Exchangers as plant components can be used for a variety of applications. Among them are the heating of air and flue gas in power plants and waste-to-energy facilities using Heat Exchangers as plant components as well as air heating in drying plants. Heat recovery from flue gas is another possible application of Heat Exchangers as plant components.
As heat transfer medium in Heat Exchangers as plant components, usually steam, thermal oil or water are used. A variety of tube types (finned and bare tubes) of Heat Exchangers as plant components are available. For smooth integration into the plants the Heat Exchangers as plant components can be built with different casing options. Among them are airtight casings with flanged connections to air ducts and types of Heat Exchangers as plant components with enlarged tube sheets for installation into existing casings. Transition pieces for the intersection from the heat exchanger face area to existing air ducts can also be included in our scope of supply of Heat Exchangers as plant components.
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Air Cooled Condensers (ACC)

Air Cooled Condensers (ACC) are designed according international standards. The scope of Air Cooled Condensers (ACC) is vast.

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• Air Cooled Condensers (ACC) – complete unit engineering
• Air Cooled Condensers (ACC) – heat exchanger bundles with aluminium finned tubes
• Air Cooled Condensers (ACC) – steel construction including wind wall
• Air Cooled Condensers (ACC) – axial fans in forced draught installation
• Air Cooled Condensers (ACC) – steam duct
• Air Cooled Condensers (ACC) – piping for condensate system
• Air Cooled Condensers (ACC) – evacuation unit
• Air Cooled Condensers (ACC) – condensate tank including required pumps.

Air Cooled Heat Exchangers

Air Cooled Heat Exchangers of engineering departments in ALZ have the knowhow for the thermodynamic and mechanical design of complete air cooled heat exchangers. Design and construction of Air Cooled Heat Exchangers are carried out according national and international standards. Through all stages of engineering Air Cooled Heat Exchangers use professional software applications. Air Cooled Heat Exchangers engineering and manufacturing services are focused on the specific needs of customers. The scope of Air Cooled Heat Exchangers comprise,

• Air Cooled Heat Exchangers-heat-exchanger bundles with welded bonnet headers removable cover plate- or plug-headers
• Air Cooled Heat Exchangers-horizontal, vertical, A-frame or V-frame arrangement
• Air Cooled Heat Exchangers-axial fans in forced or induced draught installation
• Air Cooled Heat Exchangers-complete steel construction with ladders and walkways
• Air Cooled Heat Exchangers-auxiliary equipment such as frequency converters and control cabinets
• Air Cooled Heat Exchangers-erection on site and commissioning support.

Air Cooled Heat Exchangers are built with customer specifications.

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ALZ GmbH

Since 1990 the ALZ GmbH designs and manufactures heat exchangers with bare and finned tubes as well as whole air cooled heat exchanger units and air cooled condensers (ACC) for turbine exhaust steam. As a modern, medium sized company they do not only have the required know how but are also very flexible in handling the projects. With their experience and the application of the best available technology they became one of the leading suppliers in Germany. It is always their primary goal to meet the requirements of customers. The products include, Air Cooled Heat Exchangers, Air Cooled Condensers (ACC), Heat Exchangers as plant components, ALZ-heat-exchangers, ALZ industrial heat exchangers.
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Natural Circulation evaporators

Natural circulation evaporators utilize vertical tubes which operate by the thermo siphon principle. The density difference between the boiling liquor and the circulating liquor in Natural circulation evaporators produces the driving force for liquid circulation. In operation, feed enters the lower liquor chamber in Natural circulation evaporators. As it travels up the tubes of the Natural circulation evaporators and reaches boiling point, vapour forms and carries liquor to the separator.

Most Natural circulation evaporators require liquor recirculation. When feed quantities are sufficient, in Natural circulation evaporators, single pass operation is utilized. Applications of Natural circulation evaporators include anhydrous caustic, beet sugar, foamy liquors. Natural circulation evaporators are also applied in low or moderately viscous liquors and precipitating liquids.

Forced Circulation evaporators

Forced Circulation evaporators are designed for evaporation of liquids with a high solids content, high viscosity, tendency to foul, and also for crystallizers. Applications of Forced Circulation evaporators include processes for salt, stillage, corn steep water. Forced Circulation evaporators are also applied in Calcium carbonate and crystallizing evaporators.

Falling Film Tubular evaporators

Falling Film Tubular Evaporators consists of one or more vertical tubular heat exchangers with vapour separator, condenser and pumps. Falling Film Tubular Evaporators are available in single-stage or multi-stage options. Operating costs can also be reduced using Falling Film Tubular Evaporators. Evaporation in Falling Film Tubular Evaporators usually takes place under vacuum. Heat is transferred in Falling Film Tubular Evaporators through the tube wall to the liquor. The concentrate and vapour flow from the bottom of the tubes to a separator in Falling Film Tubular Evaporators.

Dryers for Pharmaceutical Applications

Dryers for Pharmaceutical Applications are tailored to individual needs and within a cost-effective frame. Anhydro has recently launched a series of cutting-edge technology developments within key process components on Dryers for Pharmaceutical Applications. Anhydro MicraSpray Dryers (MS-series) of Dryers for Pharmaceutical Applications are available in different classes, configurations and sizes. The Anhydro MicraSpray Dryers for Pharmaceutical Applications series spans from 35 kg/h to 2500 kg/h in drying gas rate. The CSD-series Dryers for Pharmaceutical Applications are available for higher capacity needs. Dryers for Pharmaceutical Applications are applied in primary, secondary pharmaceuticals. Dryers for Pharmaceutical Applications also used in aseptic applications.

Spin Flash Dryers

Spin Flash Dryers are developed and pioneered by Anhydro. Anhydro’s technology of Spin Flash Dryers leads the world in drying of high-viscosity products, pastes and filter cakes. Widely acclaimed by customers in a variety of industries all over the world, these patented Spin Flash Dryers provides a faster and more energy-efficient alternative to spray drying. There are more than 350 Spin Flash Dryers installations world-wide. Anhydro Spin Flash Dryers are designed for continuous drying of cohesive and non-cohesive pastes and filter cakes, as well as high-viscosity liquids. Spin Flash Dryers have 1 kg/h to 40 tons/h has capacity profile. Apart from traditional open-cycle design applying atmospheric air as drying medium, closed-cycle system designs are available in Spin Flash Dryers.

Anhydro Holding A/S

Anhydro provides a complete range of liquid concentration and powder processing solutions including spray drying and evaporation as well as dewatering plants and equipment for the international dairy, food and beverage, pharmaceutical, chemical, alcohol and brewery industries. By partnering with Anhydro you will have access to technology and solutions that are designed for flexibility and adaptability in order to give you maximum value for money. The prominent products include, Spin Flash Dryers, Dryers for Pharmaceutical Applications, Falling Film Tubular evaporators, Forced Circulation evaporators, Natural Circulation evaporators.