Les boues issues de stations de traitement des eaux usées urbaines et mixtes sont les plus difficiles à traiter en raison de leurs variations en composition et en concentration : les tissus filtrants Ecofiltra V 2623 et PP 2623 de Saati sont conçus pour cette problématique.
Grâce à leur tissage spécifique, à leur souplesse ainsi qu'à leur stabilité, les tissus Ecofiltra V 2623 et PP 2623 génèrent un gâteau solide dont le débâtissage est plus aisé, plus net tout en augmentant significativement la siccité de ces boues urbaines.
Les tissus Ecofiltra V 2623 et PP 2623 ont été testés avec succès depuis plusieurs années tant au niveau des boues de stations urbaines que des boues de stations industrielles : l’un de leur point fort réside dans le rapport performance/prix/qualité.
Ecofiltra V 2623 et PP 2623 se démarquent nettement des qualités couramment proposées par nos concurrents : performances de déshydratation accrues, débâtissage optimal, stabilité dimensionnelle excellente.
Saati produces precision woven conductive fabrics under the Saatifil Conductive brand. The document provides details on Saati's conductive fabric product lines, including their mesh construction, electrical properties, and applications. Saati has global operations to support customers and offers customized conductive fabrics manufactured to specifications.
Ecofiltratechnicaldata provides technical specifications for Ecofiltra fiber yarns and meshes, including:
- Item names for different fiber types, mesh counts, weights, and patterns.
- Polymer types used are polypropylene and polyethylene.
- Standard patterns include plain weave.
- Availability details what sizes are routinely produced.
- Specifications listed are average values for production samples and may change as products are improved.
Ecofiltratechnicaldata provides specifications for several fiber yarns used to produce double layer cloths for liquid-solid separation, including mesh count, weight, air permeability, pattern, structure, width and availability. The document lists specifications for polypropylene and polyester yarns in various weave patterns including plain weave and twill weave. It notes that while thread diameter is a nominal value, other specifications represent average production sample values and may be subject to change for continuous improvement.
Ecofiltratechnicaldata provides specifications for various Ecofiltra fiber meshes, including:
- Item name and materials (e.g. PA11 polyamide, PP polypropylene)
- Mesh counts for warp and weft threads
- Weight in g/m2 and oz/yd2
- Air permeability in l/dm2/min and Cfm/sq.ft-0.5”WG
- Pattern (e.g. twill, plain weave, satin)
- Width availability in cm
- Production availability (routinely or on demand)
- Notation that specifications are average values and subject to change for improvement.
This document provides technical data for various Ecofiltra filter fabrics including:
- Fiber composition and yarn structure including monofilament or multifilament yarns of PET or PET/stainless steel blends.
- Mesh counts for warp and weft directions and fabric weights ranging from 145 to 570 g/m2.
- Air permeability values between 1.7 to 2,310 l/dm2/min at 200Pa.
- Pattern types including twill, plain weave and satin.
- Standard widths between 112-265 cm.
- Availability as routinely produced or produced on demand items.
Multi Layer Media for AdBlue filtration - Saatimotion Depth Media 20 microns Samuel Houilliez
Liquid-particle separation applications in the automotive filed are more and more often requiring innovative filter medias characterized by high filtration efficiency and high particle retention capability.
Among all one of the most demanding one in terms of filtration efficiency and DHC is AdBlue filtration in SCR systems.
SCR systems are very sensitive to contamination (small particles could affect the porosity of the
catalyst) and poisoning (some chemicals could destroy the chemistry of the catalyst making it
ineffective), for this reason also the additive used has to be very pure and clean. In order to match
the requirements the system has to be provide by a dedicated filter system which could protect all the relevant system component (feed pump, dosing unit and injectors).
Saati has developed a dedicated filter media for this application composed by a multi layer system bonded together with a lamination technology that combine high bonding strength with a small loss of filtration surface/capacity.
Les boues issues de stations de traitement des eaux usées urbaines et mixtes sont les plus difficiles à traiter en raison de leurs variations en composition et en concentration : les tissus filtrants Ecofiltra V 2623 et PP 2623 de Saati sont conçus pour cette problématique.
Grâce à leur tissage spécifique, à leur souplesse ainsi qu'à leur stabilité, les tissus Ecofiltra V 2623 et PP 2623 génèrent un gâteau solide dont le débâtissage est plus aisé, plus net tout en augmentant significativement la siccité de ces boues urbaines.
Les tissus Ecofiltra V 2623 et PP 2623 ont été testés avec succès depuis plusieurs années tant au niveau des boues de stations urbaines que des boues de stations industrielles : l’un de leur point fort réside dans le rapport performance/prix/qualité.
Ecofiltra V 2623 et PP 2623 se démarquent nettement des qualités couramment proposées par nos concurrents : performances de déshydratation accrues, débâtissage optimal, stabilité dimensionnelle excellente.
Saati produces precision woven conductive fabrics under the Saatifil Conductive brand. The document provides details on Saati's conductive fabric product lines, including their mesh construction, electrical properties, and applications. Saati has global operations to support customers and offers customized conductive fabrics manufactured to specifications.
Ecofiltratechnicaldata provides technical specifications for Ecofiltra fiber yarns and meshes, including:
- Item names for different fiber types, mesh counts, weights, and patterns.
- Polymer types used are polypropylene and polyethylene.
- Standard patterns include plain weave.
- Availability details what sizes are routinely produced.
- Specifications listed are average values for production samples and may change as products are improved.
Ecofiltratechnicaldata provides specifications for several fiber yarns used to produce double layer cloths for liquid-solid separation, including mesh count, weight, air permeability, pattern, structure, width and availability. The document lists specifications for polypropylene and polyester yarns in various weave patterns including plain weave and twill weave. It notes that while thread diameter is a nominal value, other specifications represent average production sample values and may be subject to change for continuous improvement.
Ecofiltratechnicaldata provides specifications for various Ecofiltra fiber meshes, including:
- Item name and materials (e.g. PA11 polyamide, PP polypropylene)
- Mesh counts for warp and weft threads
- Weight in g/m2 and oz/yd2
- Air permeability in l/dm2/min and Cfm/sq.ft-0.5”WG
- Pattern (e.g. twill, plain weave, satin)
- Width availability in cm
- Production availability (routinely or on demand)
- Notation that specifications are average values and subject to change for improvement.
This document provides technical data for various Ecofiltra filter fabrics including:
- Fiber composition and yarn structure including monofilament or multifilament yarns of PET or PET/stainless steel blends.
- Mesh counts for warp and weft directions and fabric weights ranging from 145 to 570 g/m2.
- Air permeability values between 1.7 to 2,310 l/dm2/min at 200Pa.
- Pattern types including twill, plain weave and satin.
- Standard widths between 112-265 cm.
- Availability as routinely produced or produced on demand items.
Multi Layer Media for AdBlue filtration - Saatimotion Depth Media 20 microns Samuel Houilliez
Liquid-particle separation applications in the automotive filed are more and more often requiring innovative filter medias characterized by high filtration efficiency and high particle retention capability.
Among all one of the most demanding one in terms of filtration efficiency and DHC is AdBlue filtration in SCR systems.
SCR systems are very sensitive to contamination (small particles could affect the porosity of the
catalyst) and poisoning (some chemicals could destroy the chemistry of the catalyst making it
ineffective), for this reason also the additive used has to be very pure and clean. In order to match
the requirements the system has to be provide by a dedicated filter system which could protect all the relevant system component (feed pump, dosing unit and injectors).
Saati has developed a dedicated filter media for this application composed by a multi layer system bonded together with a lamination technology that combine high bonding strength with a small loss of filtration surface/capacity.
PEEK fabrics for automotive applications
Poly ether ether ketone (PEEK) is a thermoplastic semi-cristalline polymer belonging the Polyaryletherketone (PAEK) family, characterized by outstanding properties which are maintained even at high temperature.
Advanced woven meshes for fuel-water separation
Advanced Diesel injection systems are working at high pressure under strict mechanical tolerances,
making continuous lubrication a priority.
The presence of water droplets and solid particles could seriously affect the lubrication performances
and therefore the overall efficiency of the water separation system.
Saati understands that fine filtration is necessary in order to meet these increasing
demands and have developed a complete range of advanced woven meshes especially dedicated to
water removal in diesel fuel filtration.
Within out standard polyester mesh range a new set of fabrics, characterized by an increased
open area, have been introduced. High open area means lower pressure drop at the filter and thus
an improved water separation efficiency even whith low IFT fuels.
SAATI Filtration has the ability to engineer
woven fabrics into finished or partly finished products.
Thanks to processing equipment and long
experience, SAATI provides fabrics cut to size, lot-to-lot consistency and high quality custom fabricated parts, in almost any requested shapes.
SAATI is a multinational group with its corporate headquarters based in northern
Italy since 1935. Today SAATI is a leader in the development, manufacturing and
commercialization of advanced technical textiles and chemicals.
SAATI specializes in precise woven fabrics and chemical technologies used in the
fields of Filtration, Screen printing, Structural composites and Ballistic protection.
The development of enhanced performance coatings lies at SAATI’s core.
SAATI Filtration specializes in the production of technical precision fabrics (with
monofilament and multifilament yarn) and components in polyamide, polyester
and polypropylene, with special finishing treatments.
The products are used in a wide range of different filtration fields, such as,
automotive, water, healthcare, appliance, consumer electronics, food & milling,
along with many other industrial applications.
SAATIAQUA produces precision filtration fabrics and fabricated parts for various water treatment applications including industrial water treatment, domestic water, irrigation, water pitcher systems, and aquaculture. Their fabrics are made from polyester or polyamide with uniform pore sizes ranging from 7-2000 μm and are FDA approved. SAATIAQUA has production capabilities for warping and weaving fabrics, as well as finishing processes like washing, dyeing, coating, and cutting. They provide fabricated parts like tubular ribbons and cartridges for applications such as waste water treatment, water filters, irrigation, and aquaculture.
Today, the motor vehicle industry often requires increasingly advanced filtration
performances in order to achieve maximum results at every production stage.
Filter media plays a key-role as integral part of modern automotive systems.
That’s why SAATIMOTION offers a wide range of filter media solutions thought
out down to the smallest details to satisfy the required conditions of carmakers,
automotive component manufacturers and injection molders.
SAATIMOTION’s advantages for Automotive industry:
n Long life filters
n High dust holding capacity
n Excellent filtration efficiency
n Low pressure drop
n Resistance to common fuels
n Consistency and quality
n Non-shedding properties
n Good thermal stability
n Good chemical resistance
n High mechanical strength
n High workability
n Environmentally friendly (fully recyclable)
n Many years of know-how
Moreover, SAATIMOTION filter media guarantee a good performance against
aggressive synthetic oils and several types of fuels thanks to a higher resistance
to ageing in harsh environments and high flow capacity required by modern fuel
deliver systems.
Saati S.p.A is an Italian company founded in 1935 that develops, produces, and sells advanced textile and chemical products. It has 850 employees, 5 divisions focused on specific markets, and global presence through production plants and sales offices worldwide. Saati's vision is to be a world class provider of innovative fabric-based industrial components.
The document introduces SAATIMotion PA 60/32, a new polyamide filter media designed for precise filtration in automotive applications. It has a consistent 60 micron aperture size and 32% open area. Made of smooth monofilament polyamide fibers, it offers excellent dimensional stability, minimal pressure loss, and high flow rates. Fully recyclable, it provides a sustainable alternative to wire mesh. Technical specifications are provided. SAATI also offers customization and dyeing/coating services at its facilities.
SAATI S.p.A is an international group that manufactures advanced woven fabrics and chemical products for filtration, screen printing, composites, and ballistics protection. It offers customized filtration solutions including woven fabrics, fabricated parts, surface treatments, and R&D support for various industries. SAATI produces monofilament fabrics with precise and consistent pore sizes from 7 to 2000 μm that provide accurate filtration with minimal pressure loss. It has capabilities to engineer fabrics into cut, pleated, tubular, and other shapes using various fabrication technologies. SAATI works with industries such as automotive, healthcare, appliances, water, and acoustics.
SAATIDomus produces filtration fabrics for use in various appliances such as dryers, dishwashers, vacuum cleaners, kettles, and coffee machines. The fabrics are made of polyester, polyamide, or polypropylene and have uniform pore sizes ranging from 7-2000 μm, high open area, smooth monofilament fibers, and consistent geometrical tolerances. All quality controls are conducted according to internal procedures and international regulations to ensure excellent strength, dimensional stability, and precise selective filtration with minimal pressure loss and high flow rates. Specific applications of the filtration fabrics discussed in the document include removing lint in dryers, filtering food particles in dishwashers, and improving water quality in kett
The document discusses SaatiCare fabrics that are used in various medical applications such as infusion and transfusion filters. It describes the fabrics' features such as being made of polyester or polyamide, having uniform pore sizes ranging from 7-2000 microns, and having high open area, strength, and dimensional stability. It also discusses the fabrics' precise filtration capabilities and how they minimize pressure loss and maximize flow rates. Next, it outlines the various tests the fabrics undergo and certifications they can receive. Finally, it provides examples of specific medical applications for the fabrics including blood bags, infusion filters, and diagnostic applications like spyrometers.
PEEK fabrics for automotive applications
Poly ether ether ketone (PEEK) is a thermoplastic semi-cristalline polymer belonging the Polyaryletherketone (PAEK) family, characterized by outstanding properties which are maintained even at high temperature.
Advanced woven meshes for fuel-water separation
Advanced Diesel injection systems are working at high pressure under strict mechanical tolerances,
making continuous lubrication a priority.
The presence of water droplets and solid particles could seriously affect the lubrication performances
and therefore the overall efficiency of the water separation system.
Saati understands that fine filtration is necessary in order to meet these increasing
demands and have developed a complete range of advanced woven meshes especially dedicated to
water removal in diesel fuel filtration.
Within out standard polyester mesh range a new set of fabrics, characterized by an increased
open area, have been introduced. High open area means lower pressure drop at the filter and thus
an improved water separation efficiency even whith low IFT fuels.
SAATI Filtration has the ability to engineer
woven fabrics into finished or partly finished products.
Thanks to processing equipment and long
experience, SAATI provides fabrics cut to size, lot-to-lot consistency and high quality custom fabricated parts, in almost any requested shapes.
SAATI is a multinational group with its corporate headquarters based in northern
Italy since 1935. Today SAATI is a leader in the development, manufacturing and
commercialization of advanced technical textiles and chemicals.
SAATI specializes in precise woven fabrics and chemical technologies used in the
fields of Filtration, Screen printing, Structural composites and Ballistic protection.
The development of enhanced performance coatings lies at SAATI’s core.
SAATI Filtration specializes in the production of technical precision fabrics (with
monofilament and multifilament yarn) and components in polyamide, polyester
and polypropylene, with special finishing treatments.
The products are used in a wide range of different filtration fields, such as,
automotive, water, healthcare, appliance, consumer electronics, food & milling,
along with many other industrial applications.
SAATIAQUA produces precision filtration fabrics and fabricated parts for various water treatment applications including industrial water treatment, domestic water, irrigation, water pitcher systems, and aquaculture. Their fabrics are made from polyester or polyamide with uniform pore sizes ranging from 7-2000 μm and are FDA approved. SAATIAQUA has production capabilities for warping and weaving fabrics, as well as finishing processes like washing, dyeing, coating, and cutting. They provide fabricated parts like tubular ribbons and cartridges for applications such as waste water treatment, water filters, irrigation, and aquaculture.
Today, the motor vehicle industry often requires increasingly advanced filtration
performances in order to achieve maximum results at every production stage.
Filter media plays a key-role as integral part of modern automotive systems.
That’s why SAATIMOTION offers a wide range of filter media solutions thought
out down to the smallest details to satisfy the required conditions of carmakers,
automotive component manufacturers and injection molders.
SAATIMOTION’s advantages for Automotive industry:
n Long life filters
n High dust holding capacity
n Excellent filtration efficiency
n Low pressure drop
n Resistance to common fuels
n Consistency and quality
n Non-shedding properties
n Good thermal stability
n Good chemical resistance
n High mechanical strength
n High workability
n Environmentally friendly (fully recyclable)
n Many years of know-how
Moreover, SAATIMOTION filter media guarantee a good performance against
aggressive synthetic oils and several types of fuels thanks to a higher resistance
to ageing in harsh environments and high flow capacity required by modern fuel
deliver systems.
Saati S.p.A is an Italian company founded in 1935 that develops, produces, and sells advanced textile and chemical products. It has 850 employees, 5 divisions focused on specific markets, and global presence through production plants and sales offices worldwide. Saati's vision is to be a world class provider of innovative fabric-based industrial components.
The document introduces SAATIMotion PA 60/32, a new polyamide filter media designed for precise filtration in automotive applications. It has a consistent 60 micron aperture size and 32% open area. Made of smooth monofilament polyamide fibers, it offers excellent dimensional stability, minimal pressure loss, and high flow rates. Fully recyclable, it provides a sustainable alternative to wire mesh. Technical specifications are provided. SAATI also offers customization and dyeing/coating services at its facilities.
SAATI S.p.A is an international group that manufactures advanced woven fabrics and chemical products for filtration, screen printing, composites, and ballistics protection. It offers customized filtration solutions including woven fabrics, fabricated parts, surface treatments, and R&D support for various industries. SAATI produces monofilament fabrics with precise and consistent pore sizes from 7 to 2000 μm that provide accurate filtration with minimal pressure loss. It has capabilities to engineer fabrics into cut, pleated, tubular, and other shapes using various fabrication technologies. SAATI works with industries such as automotive, healthcare, appliances, water, and acoustics.
SAATIDomus produces filtration fabrics for use in various appliances such as dryers, dishwashers, vacuum cleaners, kettles, and coffee machines. The fabrics are made of polyester, polyamide, or polypropylene and have uniform pore sizes ranging from 7-2000 μm, high open area, smooth monofilament fibers, and consistent geometrical tolerances. All quality controls are conducted according to internal procedures and international regulations to ensure excellent strength, dimensional stability, and precise selective filtration with minimal pressure loss and high flow rates. Specific applications of the filtration fabrics discussed in the document include removing lint in dryers, filtering food particles in dishwashers, and improving water quality in kett
The document discusses SaatiCare fabrics that are used in various medical applications such as infusion and transfusion filters. It describes the fabrics' features such as being made of polyester or polyamide, having uniform pore sizes ranging from 7-2000 microns, and having high open area, strength, and dimensional stability. It also discusses the fabrics' precise filtration capabilities and how they minimize pressure loss and maximize flow rates. Next, it outlines the various tests the fabrics undergo and certifications they can receive. Finally, it provides examples of specific medical applications for the fabrics including blood bags, infusion filters, and diagnostic applications like spyrometers.