Applications for the chemical industry - Import export

Ceramic bearings Si3N4. Bearing cage PTFE. For most applications Si3N4 is the preferred material for ceramic bearings. Silicon nitride bearings are light, very hard and highly wear resistant. High and ultrahigh performance bearings are used in e.g. aerospace technology, metal production industries (high application temperatures), machine manufacturing, chemical industries (chemically aggresive substances), pharmaceutical and medical industries, semiconductor and biotechnology (clean room enviroments which may not be contaminated by lubricants). On request Special version with PEEK ball cage. Without ball cage.

Overhauls & Repairs of Turbo Expanders Maintenance Partners has a broad experience in overhauling and repairing turbo expanders: Single stage radial and axial turbo expanders Multi stage axial turbo expanders Single stage axial turbo expander wheels directly connected to axial compressor – can be in combination with an abradable sealing upgrade to the compressor for increasing efficiency These turbo expanders are utilised in the following applications: Chemical and petrochemical industries Fluid Catalytic Cracking (FCC) Residue Fluid Catalytic Cracking (RFCC) Nitric Acid Acetic Acid Terephtalic acid, or PTA Natural gas and oil industry Pipeline pressure reduction LNG, LPG Liquefaction of methane Coal gasification and hydration General industrial power recovery for example blast furnace top gas expansion Turbo Expander Activities Our services on turbo expanders include: Standard minor inspections Full comprehensive overhauls Re-blading Complete new rotor...

Matco offers a wide variety of product mixes, from basic to specific chemicals for various applications. Our market segments: - Chemicals for detergents industry - Water treatment - Adhesives industry - Paper and cardboard industry - Paint and ink industry - Textile industry - Chemical industry

Brine concentration In many applications of the chemical industries, a concentration by evaporation of mixtures and brines is necessary. Without membrane technologies, the whole volume flow of the process has to be evaporated. With an upstream reverse osmosis plant, the liquid flow can be pre-concentrated and condensed by a factor of 50-75%. The remaining volume flow is treated by a conventional evaporator. The energy consumption of the membrane systems is mostly significantly below of the consumption of the thermal processes, what makes a condensation by membrane plants very economical. Similar product: High pressure reverse osmosis

ClearPore depth filters are a range of high efficiency melt blown depth filters available in a range of materials to ensure particulate removal from liquids when there is a wide side range of particulate contamination. ClearPore filters are manufactured from either 100% polypropylene or nylon fibers to create graded density and high contamination holding capacity. The range are available in a range of absolute or nominal removal ratings. Products are manufactured from FDA approved materials and conform to all required EU guidance of food safety. ClearPore depth filters are used in a range of industrial and F&B applications, such as bulk chemicals, industrial water treatment, cooling water, plating, parts cleaning, drinking water treatment, desalination and food & beverage applications requiring haze or colloidal removal

Available in both cast iron and stainless steel construction, the 2AV2 family provides up the 600 m³/hr (360 CFM) in a compact design, while giving you the flexibility of choosing the right motor for your needs. The pedestal design of the 2AV2 provides the benefit of flange mounting the motor to a self-supporting pump. No coupling guards, base plates or cumbersome shaft alignment is needed. The 2AV2 is an ideal choice when you need a compact and economical pump for an explosion proof or severe duty application. We focused on durability and dependability when we developed these liquid-ring pumps. With a reinforced stainless steel shaft and sealed bearings, the 2AV2 can provide up to 20,000 hours of maintenance-free operation. The 2AV2 is expertly designed and manufactured to be quiet and vibration free. With sound pressure levels of less that 75 dBA, it complies with the strictest noise standards, eliminating the need for additional sound attenuating devices. Advantages at a glance Compact Rugged design for reliable operation and long service life Precision-balanced rotor Suitable for NEMA C flange motor frames Low installation costs Easy to service Standard mechanical seal Main Applications Plastics Industry Chemical Industry Medical Technology Food and Beverage Industry General Industry

High Capacity Monoblock Pumps Available in cast iron construction, the 2AV1 family provides capacities up to 600 m 3/h (360 CFM) in a compact monoblock design. When compared to conventional pumps, the 2AV1's monoblock design delivers the benefits of a simple, compact and economical installation. Since the pump and motor are integral and self supporting, there is no need for additional baseplates, couplings or guards, which add to the cost, complexity and overall size of the installation. We focused on durability and dependability when we developed these liquid-ring pumps. With a reinforced stainless steel shaft and sealed bearings, the 2AV1 can provide up to 20,000 hours of maintenance-free operation. The 2AV1 is expertly designed and manufactured to be quiet and vibration free. With sound pressure levels of less than 75 dBA, it complies with the strictest noise standards, eliminating the need for additional sound attenuating devices. Advantages at a glance Compact Rugged design for reliable operation and long service life Precision-balanced rotor 60hz Motors, UL recognized components Available from stock Low installation costs Easy to service Standard mechanical seal Reinforced stainless-steel shaft in the pump body Main Applications Plastics industry Chemical industry Medical technology Food and beverage industry General industry

sample is sent, the packaging depends on the customer's specific requirements, and the delivery time is 30 days. Price and logistical efficiency,

sample is sent, the packaging depends on the customer's specific requirements, and the delivery time is 30 days. Price and logistical efficiency,

sample, test, and packaging is sent according to the customer's request. Then the quotation +is closed according to this form of delivery. 45 days delivery time. Price and logistical efficiency ,

sample, test, and packaging is sent according to the customer's request. Then the quotation +is closed according to this form of delivery. 45 days delivery time. Price and logistical efficiency ,

Analysis of the order, shipping after sample parameterization, definition of the delivery model to the customer and a variable period of 30 to 60 days after order confirmation is estimated in order to deliver

Analysis of the order, shipping after sample parameterization, definition of the delivery model to the customer and a variable period of 30 to 60 days after order confirmation is estimated in order to deliver

Analysis of the order, shipping after sample parameterization, definition of the delivery model to the customer and a variable period of 30 to 60 days after order confirmation is estimated in order to deliver

Analysis of the order, shipping after sample parameterization, definition of the delivery model to the customer and a variable period of 30 to 60 days after order confirmation is estimated in order to deliver

Analysis of the order, shipping after sample parameterization, definition of the delivery model to the customer and a variable period of 30 to 60 days after order confirmation is estimated in order to deliver

Analysis of the order, shipping after sample parameterization, definition of the delivery model to the customer and a variable period of 30 to 60 days after order confirmation is estimated in order to deliver

Analysis of the order, shipping after sample parameterization, definition of the delivery model to the customer and a variable period of 30 to 60 days after order confirmation is estimated in order to deliver

Analysis of the order, shipping after sample parameterization, definition of the delivery model to the customer and a variable period of 30 to 60 days after order confirmation is estimated in order to deliver

Analysis of the order, shipping after sample parameterization, definition of the delivery model to the customer and a variable period of 30 to 60 days after order confirmation is estimated in order to deliver

Analysis of the order, shipping after sample parameterization, definition of the delivery model to the customer and a variable period of 30 to 60 days after order confirmation is estimated in order to deliver

Analysis of the order, shipping after sample parameterization, definition of the delivery model to the customer and a variable period of 30 to 60 days after order confirmation is estimated in order to deliver

Analysis of the order, shipping after sample parameterization, definition of the delivery model to the customer and a variable period of 30 to 60 days after order confirmation is estimated in order to deliver

Analysis of the order, shipping after sample parameterization, definition of the delivery model to the customer and a variable period of 30 to 60 days after order confirmation is estimated in order to deliver

Analysis of the order, shipping after sample parameterization, definition of the delivery model to the customer and a variable period of 30 to 60 days after order confirmation is estimated in order to deliver

Analysis of the order, shipping after sample parameterization, definition of the delivery model to the customer and a variable period of 30 to 60 days after order confirmation is estimated in order to deliver

Analysis of the order, shipping after sample parameterization, definition of the delivery model to the customer and a variable period of 30 to 60 days after order confirmation is estimated in order to deliver

Analysis of the order, shipping after sample parameterization, definition of the delivery model to the customer and a variable period of 30 to 60 days after order confirmation is estimated in order to deliver

sample is sent, the packaging depends on the customer's specific requirements, and the delivery time is 30 days. Price and logistical efficiency,