Kashmiri carpets are made through a value chain that begins with procuring raw materials like cotton and silk through inherited skills in weaving, dyeing, and designing. Carpets are sold through door-to-door marketing, local vendors, and online portals. Bottlenecks in the industry include a reliance on inherited rather than professional skills and a lack of technology. New markets are being developed in metro cities, foreign countries, and retail showrooms. The government provides subsidies and loan programs to support the handloom industry.
This document provides information on various sintered wire cloth products from BOPP including Poremet, Absolta, Topmesh, and Poreflo. It describes the materials, layers, and manufacturing process for each product. It also details their applications in filtration and specifications including thickness, pore size, flow rate, and pressure resistance. Custom solutions can be developed to meet specific customer needs.
DONIT TESNIT Guide on moving to 100% Asbestos FREE (CNAF) Gasket Sealing Solutions over Asbestos (CAF) Gaskets)
• Donit offers a complete range of Compressed Non – Asbestos gasket sheet materials.
• As Donit has been producing CNAF sheets since 1985.
• Donit has a knowledge and experience in the field of CNAF for more than 30 years now.
• Donit can provide solutions to all kind of sealing applications.
• Application engineering & software program (DON PRO) support
• Donit offers 100% Certified Asbestos Free (CNAF) Sheets.
The document, data and copyright is owned by DONIT Tesnit D.o.o., Slovenia.
The EddyCus® TF lab 4040 is designed for contactless, real-time measurement of sheet resistance and thickness of thin films. It can measure both low and high conductive thin films on materials like glass, wafer, plastics or foils. Measurements are obtained using easy-to-use EddyCus® TF lab control software connected to a tablet or notebook. The device allows single-point sheet resistance measurements of conductive layers and determination of layer thicknesses in multilayer systems.
Carbon Fiber Reinforced Plastics & Its Laser CuttingShubham Chaugale
Carbon Fiber Reinforced Plastics (CFRPs) is an extremely strong and light plastic which contains carbon fibers.
CFRPs can be expensive to produce but are commonly used wherever high strength-to-weight ratio and rigidity are required, such as aerospace, automotive increasing number of other consumer and technical applications.
The mechanical cutting process has all its limitations and problems. The laser cutting choice could be fundamental in order to overcome those limits: it is a non-contact tool without wear because of the long use, it is very flexible and it is a thermal process, no more a mechanical one
High machining speed along with mass quantity production can be achieved.
SURAGUS develops non-contact testing systems for textural analysis and defect detection of carbon fiber materials. The EddyCus CF map 4040 is a desktop device for mapping the carbon fiber texture.
The EddyCus® TF lab 2020 (Thin-Film) is especially designed for contactless real-time thickness and sheet resistance determination of low and high conductive thin-films on glass, wafer, plastics or foils.
Kashmiri carpets are made through a value chain that begins with procuring raw materials like cotton and silk through inherited skills in weaving, dyeing, and designing. Carpets are sold through door-to-door marketing, local vendors, and online portals. Bottlenecks in the industry include a reliance on inherited rather than professional skills and a lack of technology. New markets are being developed in metro cities, foreign countries, and retail showrooms. The government provides subsidies and loan programs to support the handloom industry.
This document provides information on various sintered wire cloth products from BOPP including Poremet, Absolta, Topmesh, and Poreflo. It describes the materials, layers, and manufacturing process for each product. It also details their applications in filtration and specifications including thickness, pore size, flow rate, and pressure resistance. Custom solutions can be developed to meet specific customer needs.
DONIT TESNIT Guide on moving to 100% Asbestos FREE (CNAF) Gasket Sealing Solutions over Asbestos (CAF) Gaskets)
• Donit offers a complete range of Compressed Non – Asbestos gasket sheet materials.
• As Donit has been producing CNAF sheets since 1985.
• Donit has a knowledge and experience in the field of CNAF for more than 30 years now.
• Donit can provide solutions to all kind of sealing applications.
• Application engineering & software program (DON PRO) support
• Donit offers 100% Certified Asbestos Free (CNAF) Sheets.
The document, data and copyright is owned by DONIT Tesnit D.o.o., Slovenia.
The EddyCus® TF lab 4040 is designed for contactless, real-time measurement of sheet resistance and thickness of thin films. It can measure both low and high conductive thin films on materials like glass, wafer, plastics or foils. Measurements are obtained using easy-to-use EddyCus® TF lab control software connected to a tablet or notebook. The device allows single-point sheet resistance measurements of conductive layers and determination of layer thicknesses in multilayer systems.
Carbon Fiber Reinforced Plastics & Its Laser CuttingShubham Chaugale
Carbon Fiber Reinforced Plastics (CFRPs) is an extremely strong and light plastic which contains carbon fibers.
CFRPs can be expensive to produce but are commonly used wherever high strength-to-weight ratio and rigidity are required, such as aerospace, automotive increasing number of other consumer and technical applications.
The mechanical cutting process has all its limitations and problems. The laser cutting choice could be fundamental in order to overcome those limits: it is a non-contact tool without wear because of the long use, it is very flexible and it is a thermal process, no more a mechanical one
High machining speed along with mass quantity production can be achieved.
SURAGUS develops non-contact testing systems for textural analysis and defect detection of carbon fiber materials. The EddyCus CF map 4040 is a desktop device for mapping the carbon fiber texture.
The EddyCus® TF lab 2020 (Thin-Film) is especially designed for contactless real-time thickness and sheet resistance determination of low and high conductive thin-films on glass, wafer, plastics or foils.
KARL MAYER SIM.PLY - High-performance Spreading and Impregnation Line for Con...A.T.E. Private Limited
Introducing SIM.PLY, a technology from our principal (KARL MAYER) that offers a comprehensive and high-quality solution for manufacturing Continuous Fibre Reinforced Thermoplastic (CFRT) tapes. CFRT tapes have numerous applications such as automotive, construction, consumer products, etc. Connect with us to know more. Take a look at the presentation for more detailed information about the product.
The EddyCus® CF map 6060 is a desktop device that uses electrical conductivity to non-destructively test carbon fiber materials and detect defects. It can scan areas up to 600 x 600 mm with high resolution to analyze fiber orientation, spacing, and distribution in individual layers of fabrics, textiles, stacks, and preforms. The system helps evaluate production steps and identify defects such as gaps, overlaps, wrinkles, misalignments, delamination, and fuzzy balls to improve understanding of carbon fiber material quality.
The document describes the development of lightweight carbon nanotube (CNT) tape for use as an electromagnetic interference (EMI) shielding material in wire and cable applications. Over several iterations, the material was improved to meet specifications, increasing electrical conductivity by 28 times and tensile strength by 220 times. Testing showed the CNT tape improved shielding effectiveness over conventional materials while reducing weight by 25%. Future work focuses on further increasing conductivity to improve low frequency shielding performance and removing the carrier material to reduce thickness and weight.
Premier Chemicals provides purification and treatment of gases using various catalysts and adsorbents. They supply calcium chloride and develop nano hollow fibre technology to efficiently absorb contaminants from gas streams. Their patented hollow fibre design offers high surface area, low pressure drop, and fast regeneration compared to traditional packed beds.
The document discusses thickness measurement on the calender during tire manufacturing. Rubber is applied to fabric by calender rolling to create a uniform layer for high quality tires. Laser-based optical sensors called optoNCDT are positioned above and below the coated fabric web to measure thickness as it exits the calender, as measurement is not possible on the rolls themselves. The sensors provide non-contact, high-precision measurement of the structured, black rubber coating and are protected from high temperatures by cooled housing.
Paper - A new approach to producing tubular items using +a -B spread tow fab...TeXtreme ®
This document introduces a new approach for producing tubular composite items using +α/-β spread tow fabrics. Spread tow fabrics incorporate tapes at angles other than the conventional 0°/90° orientation. Using continuous-length +α/-β spread tow fabrics allows tubular items to be directly roll-wrapped, providing a new, cost-effective alternative to filament winding. Tubular items experience complex loading, so +α/-β spread tow fabrics with tapes at different angles can improve properties over filament winding. The document outlines existing textile production methods for tubular items and their limitations, establishing that +α/-β spread tow fabrics enable new opportunities for automating and improving tubular composite manufacturing.
40ch DWDM Mux Demux + Montior Port + 1310nm Port for 40G/100GFS.COM
The 40ch Mux Demux is a high density, low loss and standalone passive optical module that provides excellent solution for infrastructure savings. The 1310nm port can be used for 40G/100G transceivers (40GBASE-LR4/ER4 resp. 100GBASE-LR4/ER4). The 40 DWDM channels are able to transport 400Gbps so that one can run totally 500Gbps over this unit.
This document discusses precision woven stainless steel filter mesh produced by BOPP. It describes the intensive research and experience that goes into developing filter meshes and combinations to achieve optimal filtration balance. Key considerations for challenges in filtration processes and solutions include material selection, pore size, mesh type, and bonding technology. Various single layer and multi-layer mesh types are presented, including their characteristics and applications in industries like chemicals, food, and plastics.
The Next Generation Multimode Fiber: Wide Bandwidth MMFLizGoldsmith
Learn about Wide Band Multimode Fiber (WBMMF) -- the application drivers, multiplexing technology, parallel fiber transmission, and Short Wavelength Wave Division Multiplexing. This presentation will also review the cabling evolution roadmap and the WBMMF specification framework.
Cynara provides membrane separation systems for removing CO2 from natural gas and other acid gases. They have the largest installed base worldwide, with operating facilities in several countries. Their hollow fiber membrane modules maximize surface area for efficient gas separation. Cynara's extensive experience ensures customers receive customized, reliable solutions for enhanced acid gas removal.
IRJET- High Wet Modulus Viscose: Performance and Market Opportunity StudyIRJET Journal
This document summarizes a study on the performance benefits of high wet modulus (HWM) viscose fiber compared to standard viscose fiber. The study found that HWM viscose fiber has around 25-30% higher toughness than standard viscose fiber. This higher toughness allows HWM viscose fabrics to perform better during wet processing without tearing, even on high-speed continuous machines. It also leads to more durable dyed and finished fabrics. Using HWM viscose fiber can save processing costs and reduce production losses. HWM viscose also shows greater resistance to acidic and alkaline conditions. Finally, HWM viscose may enable finer count yarns and fabrics that are challenging with standard viscose due to its lower
Optical fibers transmit large amounts of information using light. They were first demonstrated in 1961 but high losses prevented communication uses until the 1970s. Researchers found ways to super purify glass fibers, reducing losses. AT&T installed the first fiber optic cables in major cities in 1980. Fibers transmit voice, television, and data using digital signals and WDM. They have enormous bandwidth potential and advantages over metal cables. Fibers guide light through total internal reflection using cores and claddings with slightly different refractive indices.
This document discusses PROFIBUS, a digital communication protocol for industrial automation. It covers the PROFIBUS family, communication medias, topologies, cable length rules, device rules, installation rules, troubleshooting techniques, and training. The key points are that PROFIBUS uses RS-485 or fiber optic cables to connect up to 127 devices in a network, with specific rules for addressing, segment length, topology, and installation to ensure proper communication. Specialized tools are needed to troubleshoot issues on the network.
Needle punch is the second-largest market segment in terms of capacity after the spunbond process segment. It is a continuously growing market with new opportunities and growing demands in its core applications like automotive, geotextiles, filtration, and home products.
For more information log on to www.ategroup.com.
Textiles and Multi-axial Reinforcements Dr alistair mc ilhagger technical tex...Invest Northern Ireland
The document discusses technical textiles and 3D woven composites. It provides an overview of research at Ulster University on 3D weaving technology, including its historical importance in Northern Ireland. Some key benefits of 3D woven composites are their delamination resistance and potential for reduced costs compared to traditional laminate composites. However, challenges remain around crimp levels, developing new machinery and processes, and variations in weave design and properties. The NIACE competence centre is presented as a way to help address challenges and accelerate development from concept to commercialization.
The evolution of optical wavelength bandscheer9284
This document summarizes the evolution of optical wavelength bands used in fiber optic communication systems, from the original O-band to newer bands like the L-band. It describes technologies like DWDM, CWDM, and TDM that utilize different wavelength bands, and how wavelength bands like the C-band and newer L-band are increasingly important to meet rising bandwidth demands as fiber optic networks expand.
IRJET- Analysis of Microstrip Patch Antennas for Thyroid Gland Cancer Cells D...IRJET Journal
This document analyzes and summarizes various microstrip patch antennas and textile antennas designed for use on the human body. It discusses antennas designed using multilayer weaving, inkjet printing, embroidery, and integration with protective clothing. Return loss, bandwidth, gain and efficiency measurements are presented for antennas designed using different fabrication methods and materials like conductive thread, fabric, and foam. The document also examines techniques for measuring the dielectric properties of textile materials and optimizing antennas for dual polarization. In conclusion, microstrip patch antennas provided lower return loss while textile antennas integrated into clothing showed potential for wireless communication and medical applications like thyroid cancer detection.
This document discusses conductive inks for functional printing. It describes Agfa, a company that produces two core technologies for thin printable conductors: PEDOT:PSS conductive polymer and nano-silver ink. PEDOT:PSS is transparent, flexible and formable, while nano-silver ink offers high conductivity and allows printing thinner layers and smaller features. The document provides examples of applications for each technology and discusses parameters like curing time and temperature to optimize conductivity. It emphasizes that nano-silver ink can achieve high conductivity through multiple printing steps and higher curing temperatures.
This document provides an overview of the evolution of optical fiber communications technologies over the past 50 years as standardized by the ITU-T. It describes the key phases of development:
1) The first phase in the late 1970s/early 1980s used multimode fiber at 850nm with bit rates up to 45Mbps and repeater spacing of 10km.
2) The second phase in the early 1980s used single-mode fiber at 1300nm with bit rates up to 100Mbps and repeater spacing of 50km.
3) The third phase in the 1990s used single-mode fiber at 1550nm, dispersion-shifted fiber, and single longitudinal mode lasers with bit rates
you can be friend with me on orkut
"mangalforyou@gmail.com" : i belive in sharing the knowledge so please send project reports ,seminar and ppt. to me .
Ein neues Hybrid Messsystem bestimmt gleichzeitig den Schichtwiderstand sowie die optische Transparenz von Dünnschichten. SURAGUS stellt neue berührungslose Messgeräte für Dünnschichten auf der Intersolar Europe 2014 Stand 536 Halle A3 vor.
SURAGUS baut Geschäftsbeziehung mit Südkorea weiter aus. Beim Besuch der südkoreanischen Präsidentin Park Geun-hye stellte Marcus Klein, Geschäftsführer von SURAGUS, die Innovationskraft deutscher Unternehmen heraus.
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The EddyCus® CF map 6060 is a desktop device that uses electrical conductivity to non-destructively test carbon fiber materials and detect defects. It can scan areas up to 600 x 600 mm with high resolution to analyze fiber orientation, spacing, and distribution in individual layers of fabrics, textiles, stacks, and preforms. The system helps evaluate production steps and identify defects such as gaps, overlaps, wrinkles, misalignments, delamination, and fuzzy balls to improve understanding of carbon fiber material quality.
The document describes the development of lightweight carbon nanotube (CNT) tape for use as an electromagnetic interference (EMI) shielding material in wire and cable applications. Over several iterations, the material was improved to meet specifications, increasing electrical conductivity by 28 times and tensile strength by 220 times. Testing showed the CNT tape improved shielding effectiveness over conventional materials while reducing weight by 25%. Future work focuses on further increasing conductivity to improve low frequency shielding performance and removing the carrier material to reduce thickness and weight.
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Paper - A new approach to producing tubular items using +a -B spread tow fab...TeXtreme ®
This document introduces a new approach for producing tubular composite items using +α/-β spread tow fabrics. Spread tow fabrics incorporate tapes at angles other than the conventional 0°/90° orientation. Using continuous-length +α/-β spread tow fabrics allows tubular items to be directly roll-wrapped, providing a new, cost-effective alternative to filament winding. Tubular items experience complex loading, so +α/-β spread tow fabrics with tapes at different angles can improve properties over filament winding. The document outlines existing textile production methods for tubular items and their limitations, establishing that +α/-β spread tow fabrics enable new opportunities for automating and improving tubular composite manufacturing.
40ch DWDM Mux Demux + Montior Port + 1310nm Port for 40G/100GFS.COM
The 40ch Mux Demux is a high density, low loss and standalone passive optical module that provides excellent solution for infrastructure savings. The 1310nm port can be used for 40G/100G transceivers (40GBASE-LR4/ER4 resp. 100GBASE-LR4/ER4). The 40 DWDM channels are able to transport 400Gbps so that one can run totally 500Gbps over this unit.
This document discusses precision woven stainless steel filter mesh produced by BOPP. It describes the intensive research and experience that goes into developing filter meshes and combinations to achieve optimal filtration balance. Key considerations for challenges in filtration processes and solutions include material selection, pore size, mesh type, and bonding technology. Various single layer and multi-layer mesh types are presented, including their characteristics and applications in industries like chemicals, food, and plastics.
The Next Generation Multimode Fiber: Wide Bandwidth MMFLizGoldsmith
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Cynara provides membrane separation systems for removing CO2 from natural gas and other acid gases. They have the largest installed base worldwide, with operating facilities in several countries. Their hollow fiber membrane modules maximize surface area for efficient gas separation. Cynara's extensive experience ensures customers receive customized, reliable solutions for enhanced acid gas removal.
IRJET- High Wet Modulus Viscose: Performance and Market Opportunity StudyIRJET Journal
This document summarizes a study on the performance benefits of high wet modulus (HWM) viscose fiber compared to standard viscose fiber. The study found that HWM viscose fiber has around 25-30% higher toughness than standard viscose fiber. This higher toughness allows HWM viscose fabrics to perform better during wet processing without tearing, even on high-speed continuous machines. It also leads to more durable dyed and finished fabrics. Using HWM viscose fiber can save processing costs and reduce production losses. HWM viscose also shows greater resistance to acidic and alkaline conditions. Finally, HWM viscose may enable finer count yarns and fabrics that are challenging with standard viscose due to its lower
Optical fibers transmit large amounts of information using light. They were first demonstrated in 1961 but high losses prevented communication uses until the 1970s. Researchers found ways to super purify glass fibers, reducing losses. AT&T installed the first fiber optic cables in major cities in 1980. Fibers transmit voice, television, and data using digital signals and WDM. They have enormous bandwidth potential and advantages over metal cables. Fibers guide light through total internal reflection using cores and claddings with slightly different refractive indices.
This document discusses PROFIBUS, a digital communication protocol for industrial automation. It covers the PROFIBUS family, communication medias, topologies, cable length rules, device rules, installation rules, troubleshooting techniques, and training. The key points are that PROFIBUS uses RS-485 or fiber optic cables to connect up to 127 devices in a network, with specific rules for addressing, segment length, topology, and installation to ensure proper communication. Specialized tools are needed to troubleshoot issues on the network.
Needle punch is the second-largest market segment in terms of capacity after the spunbond process segment. It is a continuously growing market with new opportunities and growing demands in its core applications like automotive, geotextiles, filtration, and home products.
For more information log on to www.ategroup.com.
Textiles and Multi-axial Reinforcements Dr alistair mc ilhagger technical tex...Invest Northern Ireland
The document discusses technical textiles and 3D woven composites. It provides an overview of research at Ulster University on 3D weaving technology, including its historical importance in Northern Ireland. Some key benefits of 3D woven composites are their delamination resistance and potential for reduced costs compared to traditional laminate composites. However, challenges remain around crimp levels, developing new machinery and processes, and variations in weave design and properties. The NIACE competence centre is presented as a way to help address challenges and accelerate development from concept to commercialization.
The evolution of optical wavelength bandscheer9284
This document summarizes the evolution of optical wavelength bands used in fiber optic communication systems, from the original O-band to newer bands like the L-band. It describes technologies like DWDM, CWDM, and TDM that utilize different wavelength bands, and how wavelength bands like the C-band and newer L-band are increasingly important to meet rising bandwidth demands as fiber optic networks expand.
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This document analyzes and summarizes various microstrip patch antennas and textile antennas designed for use on the human body. It discusses antennas designed using multilayer weaving, inkjet printing, embroidery, and integration with protective clothing. Return loss, bandwidth, gain and efficiency measurements are presented for antennas designed using different fabrication methods and materials like conductive thread, fabric, and foam. The document also examines techniques for measuring the dielectric properties of textile materials and optimizing antennas for dual polarization. In conclusion, microstrip patch antennas provided lower return loss while textile antennas integrated into clothing showed potential for wireless communication and medical applications like thyroid cancer detection.
This document discusses conductive inks for functional printing. It describes Agfa, a company that produces two core technologies for thin printable conductors: PEDOT:PSS conductive polymer and nano-silver ink. PEDOT:PSS is transparent, flexible and formable, while nano-silver ink offers high conductivity and allows printing thinner layers and smaller features. The document provides examples of applications for each technology and discusses parameters like curing time and temperature to optimize conductivity. It emphasizes that nano-silver ink can achieve high conductivity through multiple printing steps and higher curing temperatures.
This document provides an overview of the evolution of optical fiber communications technologies over the past 50 years as standardized by the ITU-T. It describes the key phases of development:
1) The first phase in the late 1970s/early 1980s used multimode fiber at 850nm with bit rates up to 45Mbps and repeater spacing of 10km.
2) The second phase in the early 1980s used single-mode fiber at 1300nm with bit rates up to 100Mbps and repeater spacing of 50km.
3) The third phase in the 1990s used single-mode fiber at 1550nm, dispersion-shifted fiber, and single longitudinal mode lasers with bit rates
you can be friend with me on orkut
"mangalforyou@gmail.com" : i belive in sharing the knowledge so please send project reports ,seminar and ppt. to me .
Similar to Basis Weight Measurement of Carbon Fibers by EddyCus CF map 4040BW (20)
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SURAGUS baut Geschäftsbeziehung mit Südkorea weiter aus. Beim Besuch der südkoreanischen Präsidentin Park Geun-hye stellte Marcus Klein, Geschäftsführer von SURAGUS, die Innovationskraft deutscher Unternehmen heraus.
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This document describes the EddyCus® TF inline system for contactless and real-time sheet resistance measurement in automated production lines. The system uses eddy current technology to measure thickness and sheet resistivity of conductive layers. It can handle up to 99 sensor pairs to comprehensively monitor deposition processes across the entire production width and connects to industrial computers or MES systems via Ethernet, RS232 or RS485.
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Inline Sheet Resistance Measurement by EddyCus TF inline
Basis Weight Measurement of Carbon Fibers by EddyCus CF map 4040BW
1. DATA SHEET - EddyCus® CF map 4040BW
Basis Weight Measurement
The EddyCus® CF map 4040BW is
Particularly, the outcome of recycled
especially designed for non-contact
carbon fibers parts can be analyzed
measurement of local basis weight
with this EddyCus ® system.
in carbon fabrics. CF textiles are
Further,
scanned with a local resolution of
orientation can be determined within
1x1mm² to display the uniformity of
such short fiber composites, too.
carbon fiber density (basis weight
Other customers are using this NDT
map).
to investigate conductive coatings or
Process engineers can use this BW-
resin. In sum, the EddyCus ® systems
map to evaluate samples such as
can provide interesting insights on
spread UD tapes and non-woven
intermediate and recycled carbon
fleece or chopped carbon fiber
fiber products.
composites and organic sheets.
the
dominant
fiber
SURAGUS GmbH
Maria-Reiche-Str. 1
01109 Dresden
Germany
E-Mail: info@suragus.com
Phone: +49 (0) 351 273 598 03
Fax:
+49 (0) 351 329 920 58
www.suragus.com
www.carbon-fiber-testing.com
Understanding
carbon fiber materials.
Certified
ISO 9001
2. DATA SHEET
EddyCus® CF map 4040BW – Basis Weight Measurement
EddyCus® CF map 4040BW
Measurement
Uniformity of basis weight, CF density, CF volume fraction
Scan area
400 x 400 mm2
Min. pitch
1 mm
Speed
Add-ons
Carbon fiber materials
BASIS WEIGHT MEASUREMENT
400 mm/sec (full scan: X min)
Camera for positioning, distance sensor for thickness
CF non-woven, CF fleece, CF UD-tapes, CF non-crimp fabrics,
flat CF preforms, CF prepreg, CF organic sheets
NON-WOVEN CARBON FLEECE
Applications
Non-contact mapping of local basis weight
Non-destructive measurement of uniformity of carbon
fiber density / volume fraction
Evaluation of conductive coating or resin
Suitable for intermediate and recycled CF products
such as non-woven CF fabrics , CF fleece or recycled
short CF, CF SMC, CF UD tapes
Benefits
+
+
+
+
+
Non-contact, coupling-media free
Full penetration of entire sample
Applicable to carbon fabrics
Adaptive system
Presence of binder or matrix irrelevant
SURAGUS GmbH | Maria-Reiche-Str. 1 | D-01109 Dresden | Germany | Phone +49 351 273 598 - 03 | Fax + 49 351 329 920 - 58 | info@suragus.com | www.suragus.com