UGIMA® 4542 is an improved machinability, precipitation hardened stainless steel manufactured by UGITECH. It offers significantly better machinability than grade 1.4542, with productivity increases of 20-30%. It provides excellent corrosion resistance comparable to austenitic stainless steels, and a wide range of mechanical properties depending on heat treatment, making it suitable for applications in various industries.
UGI® 15-5PH AIR is a precipitation hardened martensitic stainless steel designed for aerospace applications. It has a chemical composition of C, Si, Mn, Ni, Cr, Cu, Mo, Nb, P, and S. The steel is produced using electro-slag remelting which results in a homogeneous microstructure of martensite and retained austenite with nanometer-scale copper precipitates. Heat treatments including solution annealing and aging are used to achieve desired mechanical properties ranging from high strength to increased toughness depending on the aging temperature. Typical properties include a tensile strength of 1000-1310 MPa, yield strength of 860-1170 MPa, and impact
UGI® 4418 AIR is a low-carbon super-martensitic stainless steel designed for the aerospace market. It combines high mechanical strength with excellent resilience and corrosion resistance. The document provides detailed information on the chemical composition, microstructure, mechanical properties, corrosion resistance, heat treatment requirements, and applications of UGI® 4418 AIR stainless steel.
This document provides information on UGIMA® 4305HM, an improved machinability austenitic stainless steel. It includes the chemical composition, standards, mechanical properties, physical properties, corrosion resistance, machinability, welding, heat treatment, forging, and available product forms. Although UGIMA takes care to verify the information, it cannot guarantee exactness and refuses responsibility for the data.
UGIMA® 4598 is a resulphurised austenitic stainless steel developed by Ugitech to have significantly improved machinability compared to standard grade 1.4404/316L stainless steel. It contains additions of sulfur (>0.1%) and copper (1.3-1.8%) which enhance machinability during cutting operations. While it exhibits slightly reduced corrosion resistance compared to 1.4404, particularly in acidic environments, UGIMA® 4598 maintains good corrosion properties and can be used in many applications, including agricultural and food processing. It can be readily machined, formed, and welded using conventional fabrication techniques.
UGIMA® 4305 is an improved machinability austenitic stainless steel developed by Ugitech to offer very good machinability up to 500 m/min with a 25-45% increase in productivity over standard grade 4305. It has the same properties as 4305 but with significantly better machinability due to a controlled inclusion population. UGIMA® 4305 can be welded by common arc and other welding processes and offers good corrosion resistance, though not for marine environments.
UGI® 4410 is a superduplex stainless steel designed for highly corrosive environments. It has very high mechanical properties and excellent corrosion resistance. The document provides details on its chemical composition, microstructure, mechanical properties, corrosion resistance, forming methods, machining, and welding characteristics. UGI® 4410 has a two-phase microstructure of ferrite and austenite and is susceptible to embrittlement if heated above 300°C due to precipitation of sigma and alpha phases. It can be formed at high temperatures between 1000-1250°C or through cold working methods.
UGIMA® 4005 is a martensitic stainless steel containing 12-14% chromium. It has improved machinability of 15-30% compared to standard 1.4005 steel due to controlled oxide inclusions. It maintains other properties like cold working, weldability, and corrosion resistance. UGIMA® 4005 is delivered in a tempered martensitic microstructure for optimized machinability and has mechanical properties suitable for various applications requiring high machinability.
UGIMA® 4307HM is an improved machinability stainless steel manufactured only by UGITECH. It has better machinability than standard 4307 steel, allowing for productivity increases of 10-25% and tool life improvements of up to 50%. UGIMA® 4307HM has excellent corrosion resistance, similar to standard 4307/304L steel, though it is not recommended for some chemical environments or marine use. It can be welded and heat treated similarly to standard 4307 steel.
UGI® 15-5PH AIR is a precipitation hardened martensitic stainless steel designed for aerospace applications. It has a chemical composition of C, Si, Mn, Ni, Cr, Cu, Mo, Nb, P, and S. The steel is produced using electro-slag remelting which results in a homogeneous microstructure of martensite and retained austenite with nanometer-scale copper precipitates. Heat treatments including solution annealing and aging are used to achieve desired mechanical properties ranging from high strength to increased toughness depending on the aging temperature. Typical properties include a tensile strength of 1000-1310 MPa, yield strength of 860-1170 MPa, and impact
UGI® 4418 AIR is a low-carbon super-martensitic stainless steel designed for the aerospace market. It combines high mechanical strength with excellent resilience and corrosion resistance. The document provides detailed information on the chemical composition, microstructure, mechanical properties, corrosion resistance, heat treatment requirements, and applications of UGI® 4418 AIR stainless steel.
This document provides information on UGIMA® 4305HM, an improved machinability austenitic stainless steel. It includes the chemical composition, standards, mechanical properties, physical properties, corrosion resistance, machinability, welding, heat treatment, forging, and available product forms. Although UGIMA takes care to verify the information, it cannot guarantee exactness and refuses responsibility for the data.
UGIMA® 4598 is a resulphurised austenitic stainless steel developed by Ugitech to have significantly improved machinability compared to standard grade 1.4404/316L stainless steel. It contains additions of sulfur (>0.1%) and copper (1.3-1.8%) which enhance machinability during cutting operations. While it exhibits slightly reduced corrosion resistance compared to 1.4404, particularly in acidic environments, UGIMA® 4598 maintains good corrosion properties and can be used in many applications, including agricultural and food processing. It can be readily machined, formed, and welded using conventional fabrication techniques.
UGIMA® 4305 is an improved machinability austenitic stainless steel developed by Ugitech to offer very good machinability up to 500 m/min with a 25-45% increase in productivity over standard grade 4305. It has the same properties as 4305 but with significantly better machinability due to a controlled inclusion population. UGIMA® 4305 can be welded by common arc and other welding processes and offers good corrosion resistance, though not for marine environments.
UGI® 4410 is a superduplex stainless steel designed for highly corrosive environments. It has very high mechanical properties and excellent corrosion resistance. The document provides details on its chemical composition, microstructure, mechanical properties, corrosion resistance, forming methods, machining, and welding characteristics. UGI® 4410 has a two-phase microstructure of ferrite and austenite and is susceptible to embrittlement if heated above 300°C due to precipitation of sigma and alpha phases. It can be formed at high temperatures between 1000-1250°C or through cold working methods.
UGIMA® 4005 is a martensitic stainless steel containing 12-14% chromium. It has improved machinability of 15-30% compared to standard 1.4005 steel due to controlled oxide inclusions. It maintains other properties like cold working, weldability, and corrosion resistance. UGIMA® 4005 is delivered in a tempered martensitic microstructure for optimized machinability and has mechanical properties suitable for various applications requiring high machinability.
UGIMA® 4307HM is an improved machinability stainless steel manufactured only by UGITECH. It has better machinability than standard 4307 steel, allowing for productivity increases of 10-25% and tool life improvements of up to 50%. UGIMA® 4307HM has excellent corrosion resistance, similar to standard 4307/304L steel, though it is not recommended for some chemical environments or marine use. It can be welded and heat treated similarly to standard 4307 steel.
Aluminum piping for compressed air is a new concept which is basically using Push In fittings to join aluminum pipe. It takes a very limited amount of time and no tools are required for the same. It can be used for pressures upto 17 bar and because of the fact that all fittings and pipes are made in aluminum there is a good durability of the system and the air system remains corrosion free and leakage free for years. Owing to the beautiful system design, it becomes very easy to re-open and again assemble the fittings from the pipe so mobility is increased and it becomes very easy to dismantle an entire pneumatic system and relocate it or modify it as per the user's requirements.
1) SPRAYMET provides thermal spray coatings for valves, pumps, and other industrial components operating in severe service conditions.
2) Their coating services include HVOF, plasma spraying, and PTA to apply carbide, metal, and alloy coatings.
3) They have the capability to coat, grind, and lap ball valves from 1/2" to 14" as well as provide coated components for gate valves, plug valves, control valves, and other industrial parts.
Texaco Meropa si presenta come un olio per ingranaggi che assicura una elevata stabilità terminca ed un'ottima resistenza all'ossidazione. I Texaco Meropa distribuiti su Fornid assicurano una lubrificazione ottimale di tutti gli ingranaggi industriali
It’s pretty obvious, really. An efficient steam trap wastes less energy, which means you burn less fuel and reduce emissions.
The results are energy savings and a cleaner, healthier environment. By helping companies manage energy, Armstrong steam traps are also helping protect the world we all share.
As a steam trap wears, it loses efficiency and begins to waste energy. But Armstrong inverted bucket traps last years longer than other traps. They operate more efficiently longer because the inverted bucket is the most reliable steam trap operating principle known.
Clearly, the longer an efficient trap lasts, the more it reduces energy wasted, fuel burned and pollutants released into the air. It’s an all-around positive situation that lets the environment win, too. Bringing energy down to earth in your facility could begin with a renewed focus on your steam system, especially your steam traps. Said another way: Zeroing in your steam traps is an easy way to pay less money for energy—and more attention to the environment.
Companies around the world are beginning to realize that rather than being separate challenges, energy and the environment are and have always been a single mission. And that quality management in one area will surely impact the other.
The catalog below should be utilized as a guide for the installation and operation of steam trapping equipment. Selection or installation should always be accompanied by competent technical assistance or advice. Armstrong and its local representatives are available for consultation and technical assistance. We encourage you to contact your Armstrong Representative for complete details.
This document provides information on various steel grades categorized by their corrosion resistance properties and typical applications. It lists the steel designation, typical chemical composition, mechanical properties, and grade family for numerous grades. The grades range from ferritic steels suitable for mildly corrosive environments to austenitic and duplex grades for highly corrosive environments. Heat-treatable martensitic grades are also included that can achieve high hardness values.
This document provides specifications for the SRP-6PB-DG series 260-275W solar photovoltaic modules from Seraphim Solar. The modules have a power output warranty of 25 years that covers 97.5% of the nameplate power rating. Key features include double-glass construction for improved resistance to environmental factors like sand, salt mist and chemicals. The framesless design reduces power degradation and maintenance needs over time.
This document provides specifications for STEG solar photovoltaic modules. The key details are:
- The modules have power outputs ranging from 285W to 305W, and come with a 25-year performance warranty guaranteeing at least 80% power output.
- They have a power conversion efficiency of up to 18.0% and come with a 10-year warranty on materials and workmanship.
- The modules undergo strict quality control testing to international standards to ensure high performance, quality and reliability.
Radilon® XTreme is a new polyamide that allows for use at higher temperatures than conventional polyamides. It has a melting temperature of 280°C, glass transition temperature of 90°C, and moisture absorption of 7%, all improvements over PA66. Testing shows it maintains over 50% of its tensile strength and impact resistance after 3,000 hours at 220°C. It is suitable for automotive parts like chain tensioners that must withstand prolonged high temperatures.
Converting from one signal type to another is a common challenge in process control. When the application calls for conversion from an electrical signal, current or voltage, to a pneumatic signal (pressure), this calls for an I/P or E/P transducer.
This document provides information on the properties and safe handling of Liqtro Forming-Chlorine B ISO VG 220 lubricant. It presents no significant health hazards, is not classified as an environmental hazard, and has a low risk of fire. The document identifies the product and manufacturing company. It outlines first aid measures for exposure and firefighting procedures. It also provides instructions for safe storage, handling, exposure control, and outlines the product's physical and chemical properties.
This document provides information on UGIMA® 4404 HM, a stainless steel with improved machinability. Some key points:
- It has the same properties as standard grade 4404, but with exceptional machinability. Machining productivity increases of up to 40% have been achieved.
- The chemical composition and mechanical properties are provided. It is an austenitic stainless steel containing chromium, nickel, and molybdenum for corrosion resistance.
- It can be machined, forged, welded, and otherwise worked like standard stainless. Heat treatment involves solution annealing to provide the lowest strength.
- Applications include mechanical engineering, chemical plants, food/pharma equipment where machinability is important.
UGIMA® 4541 is an austenitic stainless steel with the following properties:
- It contains titanium which stabilizes the microstructure and prevents intergranular corrosion.
- It has better mechanical properties and machinability than standard grade 1.4307/1.4541 stainless steel.
- It exhibits excellent oxidation and corrosion resistance up to temperatures of 850°C in oxidizing atmospheres and 750°C in oxidizing sulfur atmospheres.
- Common applications include components for turbochargers, jet and turboprop engines, and fittings/expansion joints for high-temperature process equipment.
UGIMA® 4057 is a new improved machinability martensitic stainless steel developed by Ugitech. It has better machinability than grade 1.4057, allowing for productivity increases of 10-20%. UGIMA® 4057 also offers a wide range of mechanical properties depending on its metallurgical condition, along with excellent corrosion resistance suitable for various industrial applications.
UGI® 4057 AIR is a martensitic stainless steel containing 15-17% chromium and 2-3% nickel. It has good corrosion resistance and can be heat treated through austenitization between 950-1030°C followed by single or double tempering to achieve a range of mechanical properties depending on the tempering temperature. The steel has a fully martensitic microstructure after quenching and tempering and can be used in aerospace applications.
UGI® 17-4PH AIR is a precipitation hardening martensitic stainless steel designed for aerospace and instrumentation with high strength and toughness. It has a martensitic microstructure and can be heat treated to different conditions with varying mechanical properties. Typical applications include parts requiring strength and corrosion resistance. The document provides detailed information on chemical composition, microstructure, heat treatments, mechanical properties, corrosion resistance, and quality control of UGI® 17-4PH AIR.
This document provides information on UGIMA® 4435 ICH, an austenitic stainless steel alloy. It lists the chemical composition and outlines the alloy's microstructure, mechanical properties, corrosion resistance, machining characteristics, and welding and heat treatment information. The document also indicates the alloy is well-suited for applications requiring prolonged skin contact or exposure to acids due to its composition and corrosion resistance properties.
UGIMA® 4509 is an improved machinability ferritic stainless steel containing approximately 18% chromium and stabilized with niobium and titanium. It provides significantly greater machining productivity than standard 4509, thanks to slower tool wear and better chip breakability. UGIMA® 4509 also has excellent cold working and welding properties. Testing showed it has similar corrosion resistance to standard 4509, with pitting potential and salt spray resistance performances being comparable.
The document provides technical specifications for the material UGIPURE® 4441, an implantable austenitic stainless steel. It details the steel's chemical composition, microstructure, mechanical properties, corrosion resistance, machining characteristics, heat treatment requirements, and surface treatment options. UGIPURE® 4441 has excellent biocompatibility for medical implants due to its cleanliness, homogeneity, and non-magnetic properties.
This document provides information on UGI® 4313, a low-carbon nickel-alloyed martensitic stainless steel, including:
1. Its chemical composition and mechanical properties in different heat treated conditions.
2. How it can be machined, welded, and worked both hot and cold.
3. Its applications in areas like chemical and automotive industries due to its combination of strength, impact resistance, and corrosion properties.
This document provides a summary of UGIGRIP® stainless steel concrete reinforcing bars. It discusses the general properties, including higher mechanical properties and corrosion resistance compared to conventional steel. It recommends three duplex grades - UGIGRIP® 4062, 4362, and 4462 - for their high mechanical properties and exceptional corrosion resistance. The document also discusses physical properties, corrosion resistance, geometry, and other technical specifications of the reinforcing bars.
UGI 4404FGX3 is a molybdenum austenitic stainless steel with less than 0.03% carbon. It has good corrosion resistance and machinability. The steel has an austenitic microstructure with 1-3% residual ferrite and can be annealed to provide the lowest mechanical properties and best corrosion resistance. It is well suited for use in industries including mechanical, chemical, and food processing.
Aluminum piping for compressed air is a new concept which is basically using Push In fittings to join aluminum pipe. It takes a very limited amount of time and no tools are required for the same. It can be used for pressures upto 17 bar and because of the fact that all fittings and pipes are made in aluminum there is a good durability of the system and the air system remains corrosion free and leakage free for years. Owing to the beautiful system design, it becomes very easy to re-open and again assemble the fittings from the pipe so mobility is increased and it becomes very easy to dismantle an entire pneumatic system and relocate it or modify it as per the user's requirements.
1) SPRAYMET provides thermal spray coatings for valves, pumps, and other industrial components operating in severe service conditions.
2) Their coating services include HVOF, plasma spraying, and PTA to apply carbide, metal, and alloy coatings.
3) They have the capability to coat, grind, and lap ball valves from 1/2" to 14" as well as provide coated components for gate valves, plug valves, control valves, and other industrial parts.
Texaco Meropa si presenta come un olio per ingranaggi che assicura una elevata stabilità terminca ed un'ottima resistenza all'ossidazione. I Texaco Meropa distribuiti su Fornid assicurano una lubrificazione ottimale di tutti gli ingranaggi industriali
It’s pretty obvious, really. An efficient steam trap wastes less energy, which means you burn less fuel and reduce emissions.
The results are energy savings and a cleaner, healthier environment. By helping companies manage energy, Armstrong steam traps are also helping protect the world we all share.
As a steam trap wears, it loses efficiency and begins to waste energy. But Armstrong inverted bucket traps last years longer than other traps. They operate more efficiently longer because the inverted bucket is the most reliable steam trap operating principle known.
Clearly, the longer an efficient trap lasts, the more it reduces energy wasted, fuel burned and pollutants released into the air. It’s an all-around positive situation that lets the environment win, too. Bringing energy down to earth in your facility could begin with a renewed focus on your steam system, especially your steam traps. Said another way: Zeroing in your steam traps is an easy way to pay less money for energy—and more attention to the environment.
Companies around the world are beginning to realize that rather than being separate challenges, energy and the environment are and have always been a single mission. And that quality management in one area will surely impact the other.
The catalog below should be utilized as a guide for the installation and operation of steam trapping equipment. Selection or installation should always be accompanied by competent technical assistance or advice. Armstrong and its local representatives are available for consultation and technical assistance. We encourage you to contact your Armstrong Representative for complete details.
This document provides information on various steel grades categorized by their corrosion resistance properties and typical applications. It lists the steel designation, typical chemical composition, mechanical properties, and grade family for numerous grades. The grades range from ferritic steels suitable for mildly corrosive environments to austenitic and duplex grades for highly corrosive environments. Heat-treatable martensitic grades are also included that can achieve high hardness values.
This document provides specifications for the SRP-6PB-DG series 260-275W solar photovoltaic modules from Seraphim Solar. The modules have a power output warranty of 25 years that covers 97.5% of the nameplate power rating. Key features include double-glass construction for improved resistance to environmental factors like sand, salt mist and chemicals. The framesless design reduces power degradation and maintenance needs over time.
This document provides specifications for STEG solar photovoltaic modules. The key details are:
- The modules have power outputs ranging from 285W to 305W, and come with a 25-year performance warranty guaranteeing at least 80% power output.
- They have a power conversion efficiency of up to 18.0% and come with a 10-year warranty on materials and workmanship.
- The modules undergo strict quality control testing to international standards to ensure high performance, quality and reliability.
Radilon® XTreme is a new polyamide that allows for use at higher temperatures than conventional polyamides. It has a melting temperature of 280°C, glass transition temperature of 90°C, and moisture absorption of 7%, all improvements over PA66. Testing shows it maintains over 50% of its tensile strength and impact resistance after 3,000 hours at 220°C. It is suitable for automotive parts like chain tensioners that must withstand prolonged high temperatures.
Converting from one signal type to another is a common challenge in process control. When the application calls for conversion from an electrical signal, current or voltage, to a pneumatic signal (pressure), this calls for an I/P or E/P transducer.
This document provides information on the properties and safe handling of Liqtro Forming-Chlorine B ISO VG 220 lubricant. It presents no significant health hazards, is not classified as an environmental hazard, and has a low risk of fire. The document identifies the product and manufacturing company. It outlines first aid measures for exposure and firefighting procedures. It also provides instructions for safe storage, handling, exposure control, and outlines the product's physical and chemical properties.
This document provides information on UGIMA® 4404 HM, a stainless steel with improved machinability. Some key points:
- It has the same properties as standard grade 4404, but with exceptional machinability. Machining productivity increases of up to 40% have been achieved.
- The chemical composition and mechanical properties are provided. It is an austenitic stainless steel containing chromium, nickel, and molybdenum for corrosion resistance.
- It can be machined, forged, welded, and otherwise worked like standard stainless. Heat treatment involves solution annealing to provide the lowest strength.
- Applications include mechanical engineering, chemical plants, food/pharma equipment where machinability is important.
UGIMA® 4541 is an austenitic stainless steel with the following properties:
- It contains titanium which stabilizes the microstructure and prevents intergranular corrosion.
- It has better mechanical properties and machinability than standard grade 1.4307/1.4541 stainless steel.
- It exhibits excellent oxidation and corrosion resistance up to temperatures of 850°C in oxidizing atmospheres and 750°C in oxidizing sulfur atmospheres.
- Common applications include components for turbochargers, jet and turboprop engines, and fittings/expansion joints for high-temperature process equipment.
UGIMA® 4057 is a new improved machinability martensitic stainless steel developed by Ugitech. It has better machinability than grade 1.4057, allowing for productivity increases of 10-20%. UGIMA® 4057 also offers a wide range of mechanical properties depending on its metallurgical condition, along with excellent corrosion resistance suitable for various industrial applications.
UGI® 4057 AIR is a martensitic stainless steel containing 15-17% chromium and 2-3% nickel. It has good corrosion resistance and can be heat treated through austenitization between 950-1030°C followed by single or double tempering to achieve a range of mechanical properties depending on the tempering temperature. The steel has a fully martensitic microstructure after quenching and tempering and can be used in aerospace applications.
UGI® 17-4PH AIR is a precipitation hardening martensitic stainless steel designed for aerospace and instrumentation with high strength and toughness. It has a martensitic microstructure and can be heat treated to different conditions with varying mechanical properties. Typical applications include parts requiring strength and corrosion resistance. The document provides detailed information on chemical composition, microstructure, heat treatments, mechanical properties, corrosion resistance, and quality control of UGI® 17-4PH AIR.
This document provides information on UGIMA® 4435 ICH, an austenitic stainless steel alloy. It lists the chemical composition and outlines the alloy's microstructure, mechanical properties, corrosion resistance, machining characteristics, and welding and heat treatment information. The document also indicates the alloy is well-suited for applications requiring prolonged skin contact or exposure to acids due to its composition and corrosion resistance properties.
UGIMA® 4509 is an improved machinability ferritic stainless steel containing approximately 18% chromium and stabilized with niobium and titanium. It provides significantly greater machining productivity than standard 4509, thanks to slower tool wear and better chip breakability. UGIMA® 4509 also has excellent cold working and welding properties. Testing showed it has similar corrosion resistance to standard 4509, with pitting potential and salt spray resistance performances being comparable.
The document provides technical specifications for the material UGIPURE® 4441, an implantable austenitic stainless steel. It details the steel's chemical composition, microstructure, mechanical properties, corrosion resistance, machining characteristics, heat treatment requirements, and surface treatment options. UGIPURE® 4441 has excellent biocompatibility for medical implants due to its cleanliness, homogeneity, and non-magnetic properties.
This document provides information on UGI® 4313, a low-carbon nickel-alloyed martensitic stainless steel, including:
1. Its chemical composition and mechanical properties in different heat treated conditions.
2. How it can be machined, welded, and worked both hot and cold.
3. Its applications in areas like chemical and automotive industries due to its combination of strength, impact resistance, and corrosion properties.
This document provides a summary of UGIGRIP® stainless steel concrete reinforcing bars. It discusses the general properties, including higher mechanical properties and corrosion resistance compared to conventional steel. It recommends three duplex grades - UGIGRIP® 4062, 4362, and 4462 - for their high mechanical properties and exceptional corrosion resistance. The document also discusses physical properties, corrosion resistance, geometry, and other technical specifications of the reinforcing bars.
UGI 4404FGX3 is a molybdenum austenitic stainless steel with less than 0.03% carbon. It has good corrosion resistance and machinability. The steel has an austenitic microstructure with 1-3% residual ferrite and can be annealed to provide the lowest mechanical properties and best corrosion resistance. It is well suited for use in industries including mechanical, chemical, and food processing.
UGIPERM® 12FM is a ferritic stainless steel developed for magnetic applications that has high permeability and low coercive field. It contains 12% chromium, silicon additions, and is re-sulphurized. After magnetic annealing, it achieves maximum relative permeability between 2000-3000 and coercive field of 95-125 A/m. UGIPERM® 12FM has similar corrosion resistance to grade 430FR/4105Si and better corrosion resistance than iron-silicon steels due to its chromium and molybdenum content. It can be easily formed at temperatures between 850-1150°C and is more ductile than austenitic stainless steels.
This document provides information on UGI 4435 IRH, an austenitic stainless steel composition. It lists the chemical composition and notes the steel has high molybdenum content for good corrosion resistance. It also details the steel's microstructure, mechanical properties, corrosion resistance, heat treatment options, machinability, welding characteristics, and available product forms.
This document discusses replacing oxygen and acetylene cutting equipment on ships with more modern plasma cutting technology. It introduces the Hypertherm PowerMax30 Air plasma cutter, which has a built-in air compressor so no air lines are needed. This makes the equipment more portable and eliminates the costs, safety issues, and logistics of using oxygen and acetylene cylinders. It also presents the MULTIPEARL 200-4 XL inverter as a multi-process welder and the Superfire 2 torch for brazing and heating work.
This document provides information on UGIMA® 4511, a niobium-stabilised ferritic stainless steel containing 16-18% chromium. It discusses the steel's chemical composition, microstructure, mechanical properties, corrosion resistance, machinability, welding characteristics, and other information. The summary highlights that UGIMA® 4511 has good corrosion resistance and machinability, with testing showing potential increases in productivity of 5-10% compared to standard grades when turning and drilling due to better chip breakability and reduced tool wear. It can also be welded using common arc welding processes due to its niobium stabilization preventing sensitization during welding.
This document provides information on austenitic-ferritic stainless steel (duplex steel), including its main applications, analyses, reference standards, physical properties, heat treatments and structure, solution annealing process, structural transformations, mechanical properties, forging, machining, and welding capabilities. It also discusses the corrosion resistance of duplex grades and provides examples of their use in various industries such as chemical, oil, building/construction, and petrochemical.
We are pleased to introduce ourselves as a professionally-managed marketing organization with an objective to become your ‘Single Window for all your requirements of Industrial Electrics’.
We represent the reputed & quality-conscious electrical organizations to serve the following products:
AC Motors & DC Motors
AC Drives
Spare Parts
Junction Boxes - MS/SS/FLP/Thermoplastic
Switchgear - Hensel
The M Series 3R PLUS solar module from MPrime Solar provides high efficiency and performance. Key features include a positive power tolerance of up to 4.99 Watts, high efficiency conversion rates between 14.0-15.8%, and a linear performance warranty of 97% output for 25 years. The modules are rigorously tested for quality and durability standards and are suitable for installation under extreme weather conditions and heavy snow loads.
Ball valves are used throughout fluid based applications, from residential to heavy industrial. The compact and rugged design of this valve type provides superior service when properly applied. There are many variants of the basic design, with manufacturers providing builds that meet very specific and stringent requirements posed by certain types of industrial process control applications.
1. The Arctic Pad is a heated rubber mat system developed for arctic and harsh environments to improve on current anti-icing and de-icing methods while providing a durable non-slip surface.
2. It contains self-regulating heat trace embedded in the core that automatically adjusts heating based on temperature without controls.
3. The mat provides advantages over traditional heat tracing like easier installation, improved heat distribution, traction, durability, and lower costs.
Ugitech, a French manufacturer of specialty steels, offers mass customization capabilities for its customers. It can produce steel bars between 10 to 130 mm in diameter and 500 to 6000 mm in length, within a tolerance of +/- 10 mm. Ugitech also provides finishing options like beveling the ends of bars between 30° or 45°, to a depth of up to 10 mm and within a precision tolerance of +/- 0.5 mm for the same length ranges. This direct manufacturing approach allows Ugitech to adapt its steel bar production to individual customer needs.
Ugitech provides slicklines for use in the oil and gas industry. They offer a wide range of grades of stainless steel, duplex steel, and nickel alloys to suit the conditions of each oil well. The material chosen depends on factors like chloride, CO2, and H2S levels, pressure, and temperature. Ugitech can customize solutions and has full quality control from steelmaking through final processing. Their slicklines are tested to ensure safety and performance.
Ugitech proposes a range of stainless steel shapes for architectural applications. Their shapes offer weldability, regularity of aspect, geometric constancy, and mechanical properties. The shapes can be used for internal design, street furniture, facades, canopies, and duck-boards. Ugitech's technical team studies each inquiry to optimize projects while considering aesthetic and weight constraints. They offer various grades of stainless steel, including 1.4404 (316L), 1.4307 (304L), 1.4062, and 1.4362, with sections from 2 to 70 mm2 and surface finishes of bright degreased or annealed.
UGICHROM® are chromium-plated stainless steel bars that combine the high efficiency of micro-fissuring chromium plating with stainless steel technology. They are recommended for hydraulic and pneumatic mechanisms due to their low friction coefficient, high resistance to wear, increased corrosion resistance from micro-fissuring chromium plating, and improved machinability. UGICHROM® bars are available in various grades that conform to European standards and offer mechanical properties suitable for hydraulic applications. They exhibit corrosion resistance through a passive oxide layer that protects and self-repairs, ensuring durability when the appropriate grade is selected for the operating environment.
UGIMA® 4404HM is a new alloy developed by UGITECH that offers improved machinability over UGIMA® 4404, their existing benchmark alloy. UGIMA® 4404HM provides optimized machining performance across different operations and machines, with productivity increases of 10-20% over UGIMA® 4404 from improved chip breakability. For a sample production run of 100,000 components, the increased productivity of UGIMA® 4404HM results in a cost savings of 0.04 euros per component, or 4000 euros for the entire run.
This document summarizes Ugitech's product offerings for process industries. It describes several product lines including UGISTART bars, UGI grades, UGILEAN grades, UGISTEAD grades, UGIMA grades, UGIMA HM grades, SPRINOX grades, UGICHROM plating, UGIPLEX grades, UGIPURE grades, nickel base alloys, UGISHAPE triangles, GRADE 1 wire, and UGIWELD wire. It also discusses Ugitech's quality certification, logistic solutions, delivery time performance, and product shapes available.
This document provides information about S+Bi, a steel production and processing company:
- S+Bi produces customized steel solutions along the entire value chain through integrated production, processing, distribution, and service capabilities.
- The company operates worldwide with production facilities in Europe and a global network of processing, distribution and service locations.
- S+Bi aims to be a reliable partner that can provide customized steel and solutions to meet customers' needs wherever they are located.
S+Bi is an integrated steel solutions provider operating along the entire steel value chain from production to processing to distribution and services. They produce customized steel solutions tailored to customers' needs across diverse markets. S+Bi aims to be a global, reliable partner for customers by expanding its production capabilities and global presence.
This document provides specifications for various stainless steel grades from the manufacturer UGI including their chemical composition ranges, maximum yield strengths, and common uses. It lists 26 different stainless steel brands covering austenitic grades like 304 and 316, ferritic grades, martensitic grades, and high alloy grades for applications such as kitchen equipment, industrial furnaces, and exhaust system components. The grades vary in their mechanical properties and corrosion resistance depending on their targeted use cases.
1. UGIMA®
4542
Chemical Analysis
C Si Mn Ni Cr Cu Mo Nb P S
≤0.06 0.6 1,0 4 - 5 15.0 - 16.5 3 - 4 ≤0,5 5Xc - 0.45 max.. 0.030 0,015 – 0,025
19-09-2011– REV05
Although UGITECH takes special care to verify the exactitude of the information printed here, it cannot guarantee that this information is exact, reliable, complete and reproducible as such by its customers.
UGITECH refuses all responsibility for the use of the data indicated above and invites you to contact its Technical Assistance Department for a specific study of your needs.
General
Presentation
UGIMA
®
4542 is the first UGIMA
®
steel product from the family of improved machinability, precipitation hardened
stainless steels. It is manufactured only by UGITECH.
Its properties are identical to those of UGI 4542 except for its machinability which is significantly better than that of
UGI 4542:
UGIMA
®
4542 has new technological advances bring significant advantages over grade
1.4542.
Productivity increases of 20 to 30% are obtained compared with grade UGI 4542.
This stainless steel is unique in that it not only offers excellent corrosion resistance, comparable to that of type
1.4301/1.4307 (304/304L) austenitic stainless steels, but it also offers a wide range of mechanical properties once
treated.
Its performance - based on its metallurgical condition - means that it can meet demands for high levels of tensile
strength as well as being suitable for applications that require high impact strength.
It is suitable for numerous and varied applications in fields as diverse as:
Leisure marine craft (propeller shafts, fittings),
Food processing (handling and transfer equipment),
Energy production (atomic power plants),
Construction and the automotive industry.
Classification Improved machinability, precipitation hardened, martensitic stainless steel.
Standards Steel designations
Europe USA Japan
number symbol UNS JIS
1.4542 X5CrNiCuNb16-4 S17400 SUS630
Other designations
USA France Germany UK Sweden
AISI AFNOR DIN BS SS
630 Z6CNU17.04 1.4542
Delivered in accordance with the following standards : ASTM SA564/564M, ASME SA564,
API Spec.6A, NACE MR0175
2. UGIMA®
4542
Chemical Analysis
C Si Mn Ni Cr Cu Mo Nb P S
≤0.06 0.6 1,0 4 - 5 15.0 - 16.5 3 - 4 ≤0,5 5Xc - 0.45 max.. 0.030 0,015 – 0,025
19-09-2011 – REV05
Avenue Paul Girod
73403 UGINE Cedex - France
www.ugitech.com
2
Although UGITECH takes special care to verify the exactitude of the information printed here, it cannot guarantee that this information is exact, reliable, complete and reproducible as such by its customers.
UGITECH refuses all responsibility for the use of the data indicated above and invites you to contact its Technical Assistance Department for a specific study of your needs.
Mechanical
properties
Metallurgical
state
Coding
Heat
treatment applied
Guaranteed mechanical characteristics
Standards Conditions Rm (MPa)
Rp 0.2
(MPa)
A % Z % KV (J) HRC HB
Annealed
EN 10088-3 +AT
1030/1050°C
annealing
1200 - - - - - 360
ASTM A564 Cond A - - - - - 38 363
Hardened ASTM A564
H900
1030/1050°C
annealing Air or oil
cooling
+ hardening
1 h at 480°C/Air
cooling
1310 1170 10 40 - 40 388
H925
1030/1050°C
annealing Air or oil
cooling
+ hardening
4 h at 495°C/Air
cooling
1170 1070 10 44 6,8 38 375
Softened
EN 10088-3 +P1070 Annealing
1030/1050°C/ Air
or oil cooling
+ Tempering 4 h
at 550°C, Air
cooling
1070/1270 1000 10 - - - -
ASTM A564 H1025
1070 1000 12 45 20 35 331
ASTM A564 H1075
Annealing
1030/1050°C/ Air
or oil cooling
+ Tempering 4 h
at 580°C, Air
cooling
1000 860 13 45 27 32 311
EN 10088-3 +P960
Annealing
1030/1050°C/ Air
or oil cooling
+ Tempering 4 h
at 590°C, Air
cooling
960/1160 790 12 - - - -
ASTM A564 H1100 965 795 14 45 34 31 302
EN 10088-3 +P930
Annealing
1030/1050°C/ Air
or oil cooling
+ Tempering 4 h
at 620°C, Air
cooling
930/1100 720 16 - 40 - -
ASTM A564 H1150 930 725 16 50 41 28 277
EN 10088-3 +P800
Annealing
1030/1050°C/ Air
or oil cooling
+ Tempering 2 h
at 760°C, Air
cooling
+ Tempering 4 h
at 620°C, Air
cooling
800/950 520 18 - 75 - -
ASTM A564 H1150M 795 520 18 55 75 24 255
ASTM A564 H1150D
Annealing
1030/1050°C/ Air
or oil cooling
+ Tempering 4 h
at 620°C, Air
cooling
+Tempering 4h at
620°C
Air cooling
860 725 16 50 41 24/33 255/311
Cryogenic application (resilience):
Excellent results up to –60°C
Fatigue resistance
Fatigue induced breaking point after a rotating flexing motion at 20°C and 300°C
State TREATED+P930 TREATED+P1070
Temperature 20°C 300°C 20°C 300°C
10
7
cycles 620 MPa 530 MPa 620 MPa 520 MPa
10
8
cycles 620 MPa 450 MPa 500 Mpa 415 MPa
3. UGIMA®
4542
Chemical Analysis
C Si Mn Ni Cr Cu Mo Nb P S
≤0.06 0.6 1,0 4 - 5 15.0 - 16.5 3 - 4 ≤0,5 5Xc - 0.45 max.. 0.030 0,015 – 0,025
19-09-2011 – REV05
Avenue Paul Girod
73403 UGINE Cedex - France
www.ugitech.com
3
Although UGITECH takes special care to verify the exactitude of the information printed here, it cannot guarantee that this information is exact, reliable, complete and reproducible as such by its customers.
UGITECH refuses all responsibility for the use of the data indicated above and invites you to contact its Technical Assistance Department for a specific study of your needs.
Physical
Properties
These properties are dependent on the metallurgical condition which is ordered. For information purposes,
the table below shows some typical values of an annealed (+AT) and softened (+P930) metallurgical
condition.
Specific gravity Thermal conducitivity Thermal expansion coefficient
modulus of
elasticity
(kg/m3) (W/m.°C) ( /°C) Mpa
(+AT) 7750 17 10.8 x 10-6
197000
(+930) 7860 17 10.9 x 10-6
197000
( for information only)
Magnetic and electrical properties
UGIMA
®
4542 is a ferro-magnetic grade with properties that differ depending on its metallurgical condition
and therefore, the heat treatment applied.
For information purposes, in the SOFTENED + P930 state, the following values are obtained:
Residual induction 3800 Gauss
Coercive field 43 Oe
Magnetic permeability at 100 Œ 59
Magnetic permeability at 200 Œ 38
Electrical resistivity 77 µ-mm (at 20°C)
(+AT) (+930)
Weight of round bars (kg/m) 0.0062 x D² (D: diameter in mm) 0.0062 x D² (D: diameter in mm)
Weight of hexagonal bars (kg/m) 0.0068 x D² (D: diameter in mm) 0.0068 x D² (D: diameter in mm)
Corrosion
resistance
UGIMA
®
4542 offers excellent corrosion resistance, similar to that of type 18 Cr-8Ni austenitic steels in most
corrosive environments.
The structure of this steel makes it insensitive to intergranular corrosion and highly resistant to fatigue-
corrosion as well as to stress corrosion.
Furthermore, excellent resistance to corrosion-erosion should be noted due to the association of high level
mechanical properties and corrosion resistance.
When assemblies of stainless steel and less noble materials (aluminium, mild steel) are applied in
atmospheric use, there is no risk of galvanic corrosion, the absence of any environmental electrolyte making
it impossible for this phenomena to develop and spread.
In "critical" cases like those met in nautical applications (short term immersion of stainless steel/aluminium
assemblies, areas and dips that retain liquids), insulating the assemblies using an inert silicon seal offers
good results in terms of protection against this kind of corrosion.
UGIMA
®
4542 is pickled in the same way as 630 grade steel.
If necessary, the following decontamination treatment process is recommended:
One volume of 52% nitric acid (36° Baumé),
One volume water
Ambient temperature
Short duration
Wash carefully when the process is completed
The corrosion resistance of a stainless steel depends on many factors related to the composition of the
corrosive atmosphere (chloride concentration, presence or absence of oxidising agents, temperature, pH,
agitation or no agitation, and so on), as well as to the preparation of the material (surfaces free from metal
particles, surface finish, such as hardening, polishing, and so on). Precautionary measures should be taken
for certain tests such as the saline mist test (French standard NFX 41002): for example marking labels (that
might cause corrosion run-outs and reduce the test resistance time) should not be used on the sample.
The table below illustrates a performance scale in different environments:
Environment Behavior
Nitric acid Good
Phosphoric acid Restricted use
Sulphuric acid Restricted use
Acetic acid Average
Sodium carbonate Average
NaCl (Saline mist) Good
Humidity Excellent
Sea water Restricted use
Oil/gas Restricted use
4. UGIMA®
4542
Chemical Analysis
C Si Mn Ni Cr Cu Mo Nb P S
≤0.06 0.6 1,0 4 - 5 15.0 - 16.5 3 - 4 ≤0,5 5Xc - 0.45 max.. 0.030 0,015 – 0,025
19-09-2011 – REV05
Avenue Paul Girod
73403 UGINE Cedex - France
www.ugitech.com
4
Although UGITECH takes special care to verify the exactitude of the information printed here, it cannot guarantee that this information is exact, reliable, complete and reproducible as such by its customers.
UGITECH refuses all responsibility for the use of the data indicated above and invites you to contact its Technical Assistance Department for a specific study of your needs.
Hot Processing Forging
UGIMA
®
4542 is suitable for forging. Reheating takes place between 1150 and 1200°C, forging between
1200°C and 950°C.
Cooling in air, water or oil. The parts obtained in this way can be used:
Annealed (with an expansion treatment lasting 1 to 2 hours at 250°/300°C), or
Hardened (with optional annealing + tempering for one hour at 480°C), or
Softened (with optional annealing + tempering defined by the standards
according to the desired level of mechanical properties).
Machinability The performance of UGIMA
®
4542 in machining is enhanced as a result of the optimization of
the inclusion population
Welding UGIMA®
4542 can be welded, without preheating, using MIG and TIG techniques, with or without the use
of filler material, or by laser, resistance or electron beam techniques.
Welds, whether made with or without a filler material, have an annealed structure and should preferably be
subject to expansion treatment (one to two hours at 250°C/300°C) or hardening or softening treatment (see
above).
For welding performed with no filler material or with a homogeneous filler material, the welding mechanical
properties obtained in this way can be identical to that of the base metal.
Furthermore, it should be restated that the welding design should make allowance for the care required with
all high steels with high proof stress: avoiding cut outs and sudden changes in cross section.
Welding with a filler material:
For MIG welding, we recommend the use of a protective gas made up of Ar+1%CO2 or 1-2%O2; gasses
containing H2 and N2 should be avoided.
The welding wire used as filler metal can be ER308LSi (1.4316) or a homogeneous filler called
630 (17-4PH)
Heat Treatment To ASTM A564/A564M and EN10088-3
After annealing from 1030°C to 1050°C, UGIMA
®
4542 presents a soft martensitic structure with a hardness
of around 35 HRC. After annealing, if the metal is to be used in this condition, we recommend an expansion
treatment lasting one to two hours at 250/300°C, with no significant effect on its mechanical properties.
This precipitation hardening steel is specific in that it can be hardened, after annealing, using a medium
temperature hardening treatment. The maximum hardness, of around 42 HRC (impact strength of 3
daJ/cm²) is obtained by tempering to around 480° C (for one hour).
Softening: by tempering at 550-760°C depending on the instructions defined by the applicable standards.
To harden the metal after this kind of softening, the metal needs to be annealed once again before
performing the medium temperature hardening treatment.
The annealed bars are suitable for medium temperature hardening, performed on parts.
Parts taken from softened bars must, to harden, be subject once again to an annealing operation, then to
the medium temperature hardening treatment.
Produits
available
Product Form Finition Tolerance Dimensions
(mm)
Hot rolled and descaled Round barts 13
Cold – finished bars 11 to 8
Bars Hexahonal 11
Do not hesitate to contact us for further information