Produtos

  • EN10297-1 Tubos de aço sem costura

  • EN10216-1/DIN1629 Tubos de aço sem costura

  • Brass Sheet

    Brass Sheet based on electrolytic copper, zinc and trace elements as its raw material, through processing by ingot, hot rolling, cold rolling, heat treatment, surface cleaning, cutting, finishing, and then packing. Material processes performance, plasticity, mechanical properties, corrosion resistance, performance and good tin.

    It has been widely used in electrical, automotivo, communications, hardware, decoration and other industries.

  • Titanium Strip

    Titanium strip is produced from the titanium sheet. Usually cold-rolled the titanium sheet by a small mill with annealing for several times, then slitting shear to titanium strips according to customer requirements. The advanced equipment, rolling process, process control, annealing temperature and return time control ensured its smoothness and finish, effectively improved the quality of our products.

  • Folha de titânio

    Folha de titânio é uma placa de titânio, tira, rolo ou chapa com espessura menor ou igual a 0,2mm. A largura máxima da folha de titânio laminada é de cerca de 600mm.
    A largura da folha de titânio é cortada de acordo com as exigências do usuário. Mas quanto mais ampla for a fabricação, quanto maior a produtividade.
    A folha de titânio é usada principalmente na indústria aeroespacial, navegação, energia nuclear, eletrônica, indústria química, petróleo, fabricação de precisão, médico, farmacêutico e outros aspectos.

  • Tiras de Cobre

    As tiras de cobre possuem alta condutividade elétrica e térmica, É por isso que as tiras de cobre são as melhores para enrolamento de transformadores.

    Além disso, as tiras de cobre transferem calor de forma mais eficaz do que outras tiras de metais.

    As tiras de cobre são mais maleáveis e possuem alta resistência à tração. Resistência à corrosão, alto grau de estabilidade, e a dissipação de calor das tiras de cobre é superior a outros metais.

    As tiras de cobre são usadas principalmente nos setores elétrico e eletrônico porque o cobre não é magnético e não provoca faíscas. As tiras de cobre são usadas principalmente em trocadores de calor, enrolamento de transformadores, Condensadores, e para-raios.

    Faixa de espessura da tira de cobre de 0.03mm a 3.0mm. As tiras de cobre podem ser fabricadas em diferentes larguras e espessuras de acordo com a exigência do cliente.

    Em caso de dúvidas, por favor, não hesite em contactar sales@grandsteeltube.com

  • Stainless Steel Strips

    Stainless Steel Strip is an austenitic chromium-nickel-manganese stainless steel that offers electromagnetic properties like electrical resistivity, magnetic permeability & electrical conductivity and Young’s Modulus of Elasticity. We offer these stainless steel strips in various material grades such as Stainless Steel 304 Strips, Stainless Steel 310 Strips, Stainless Steel 316 Strips, Stainless Steel 904 Strips and many more.

    Hot Rolled Stainless Steel Strips are produced from hot rolling billets or slabs and then use a cold rolling process. These processes improve strips mechanical properties such as stiffness coefficient and flexibility. Cold Rolled Stainless Steel Strips are obtained from annealed and pickled by cold rolling on polished rolls. As per the required thickness, cold rolling requires a number of passes through mill to effect reduction.

    We supply SS Strips in various industries including food industries, químico, electrical, generator, shaft, cement & gas industries. The offered these Stainless Steel Strips in standards as well as customized dimensions as per the client’s requirement.

  • Folha de aço inoxidável

    As folhas de aço inoxidável são tiras finas de aço inoxidável que são menores que 0.2 mm de espessura e inferior a 300 mm de largura.

    As folhas de aço inoxidável oferecem uma variedade de vantagens, incluindo estabilidade química, alta relação força/peso, isolamento elétrico e resistência à corrosão.

    Folha de aço inoxidável é usada na produção de trocadores de calor, capacitores e células de combustível; bem como em equipamentos médicos e máquinas de processamento de alimentos.

    As folhas de aço inoxidável são um material versátil com muitas vantagens. Sua alta resistência à corrosão, boas condutividades térmicas e elétricas e sua ductilidade o torna uma excelente escolha para uma ampla gama de aplicações.

    A folha de aço inoxidável está disponível em vários tipos diferentes. Estes incluem séries austeníticas, Série Ferrítica, Série Martensítica, Série duplex e super duplex. Cada grau tem diferentes elementos de liga que contribuem para as propriedades da folha.

    Os tipos mais comuns de folhas de aço inoxidável são 304 e 316. Estes tipos são fornecidos em espessuras que variam de 0.009mm a 0.3mm. Outros tipos de folha de aço inoxidável também estão disponíveis mediante solicitação, incluindo: 409, 430 e duplex 2205.

  • 4140 hard chrome plated rod

    Aço 4140 is AISI standard grade, it is a kind of alloy structural steel, equivalent to China standard GB 42CrMo.
    SAE 4140 alloy steel has high fatigue strength and low notch sensitivity, high low temperature impact toughness, no obvious temper brittleness, and is mainly used in the quenched and tempered state. It is used to manufacture high-strength parts and parts with large cross-sections and other stress-bearing components under impact load. Such as high strength Hydraulic cylinder rods, penaumatic cylinder rods, the transmission eccentric shaft of the horizontal forging machine, the crankshaft of the forging press, etc.

     

    4140 chrome plated rod is manufactured through SAE 4140 steel bar, by using high precision centerless grinding and polishing methods, and then chrome plated to a min. plating thickness of 20 microns (0.0008″), 25 microns (0.001″), or other. The chrome plating layer provides corrosion resistance and a highly reflective appearance.

    4140 chrome plated rods are used widely by the hydraulic industries and pneumatic industries, and is also widely usually used for applications where high yield strength and tensile strength is required.

  • CK45 Chrome Plated Bar

  • Aluminium Fin Tube

    The aluminum fin material completely encloses the tube, except at the ends where a tube coating can be applied. Where atmospheric corrosion is present and when operated within design temperature limits, extruded finned tubes provide the most stable performance over time as compared to the other fin types. The fin is rolled from an outer aluminum tube by a process using pressure to create a rolled “pressure bond” between the liner tube and fins.

  • Coiled Copper Fin Tube

    Copper fin coils are also special coils that Grand provide. These coils don’t have a bi-metallic bond usually found on standard coils and have a copper wavy fin pattern bonded to the copper tubes.

    These coils are very reliable heat exchangers as they are required and can operate for air conditioners in harsh coastal areas and other highly corrosive surroundings because the coils have higher coastal corrosion durability. The coils match this type of environment because the bi-metallic construction is not present, and copper has a natural protective film and a mono-metal bond attaching the tube and fin. They have superb thermal conductivity, resistance and strength compared to aluminium.

  • Copper Fin Tube

    Copper is a metal element, and pure copper is a soft metal. The surface is reddish orange with metallic luster when it is just cut open, and its simple substance is purple-red. Good ductility, high thermal conductivity and electrical conductivity, so it is the most commonly used material in cables and electrical and electronic components.

    It can also be used as a building material and can be composed of many alloys. Copper alloys have excellent mechanical properties and low electrical resistivity. The most important ones are bronze and brass. Além disso, copper is also a durable metal that can be recycled multiple times without compromising its mechanical properties.

    Copper pipes (also known as red copper pipes) are commonly used in tap water pipes, heating and cooling pipes, and can be used in different environments. Copper pipes combine the advantages of metal and non-metal pipes in cold and hot water systems. Copper pipes are resistant to high temperatures and can be used in a variety of environments. Compared with this, the shortcomings of many other pipe materials are obvious.

  • Extruded Fin Tube

    Extruded fin tube is rolled as an integrity with no thermal contact resistance, high intensity, featured in thermal shock and mechanical shock resistance. Heat exchangers assembled with this kind of fin tube (extruded fin type) is much better than the one equipped with string fin tubes or hectically wound fin tubes (L/LL/KL type fin).

    Extruded Finned Tubes, also known as “Integral Finned Tubes”. Integral finned tubes are manufactured by rolling process on tubes. During finning operation, the inside diameter of the tubes is reduced and helical fins are rolled on the tube wall. The tubes material can be Copper Alloy, Brass Alloys, Copper Nickel Alloy, Titanium Alloy, Stainless Steel, Duplex Stainless Steel etc. The pressure required to extrude fins from the aluminum sleeve creates an excellent “pressure bond” between the two materials.

    Copper and aluminum com-posited fin tubes are rolled from a muff copper tube, advantaged in tight link, small thermal resistance, good heat transfer efficiency, small flow loss and strong corrosion resistance. When working in long time under heating and cooling conditions, they are durable and not easy to deform.

    The integral extruded fin tubes is smooth on surface and easy to clean. When wet cooling in heating and air conditioning project, it is easy to remove the condensation water on the outer surface of the fin, and it is not easy to dust and scale in the heating and other heat exchange.

  • Extruded Copper Fin Tube

    Copper is a metal element, and pure copper is a soft metal. The surface is reddish orange with metallic luster when it is just cut open, and its simple substance is purple-red. Good ductility, high thermal conductivity and electrical conductivity, so it is the most commonly used material in cables and electrical and electronic components.

    It can also be used as a building material and can be composed of many alloys. Copper alloys have excellent mechanical properties and low electrical resistivity. The most important ones are bronze and brass. Além disso, copper is also a durable metal that can be recycled multiple times without compromising its mechanical properties.

  • Titanium Fin Tube

    Seamless and welded titanium tubes are widely used in a variety of heat exchanger applications worldwide. These applications cover many industries such as steam turbine power plant, Refinarias, chemical plants, air conditioning systems, multi-stage flash distillation, desalination and vapor compression plants, offshore platforms, surface ships and submarines, as well as swimming pool heating systems.

  • Stud Fin Tube

    The STUDDED Fin Tube is manufactured by Resistance Welding of Studs on the Bare tubes.

    The fins are manufactured by welding of the Fin Material which is essential a stud or rod welded at base to the tube by Electrical Resistance Process.

    The current is made to flow through the Tube and the base of the studs. The studs are specifically made in shapes to facilitate the welding process. The Stud; during the finning “welding” process is also mechanically pressed on the tube at the point of welding thence causing a very good mechanical bond. This type of Fin Tube find very good application in high pressure and high temperature applications. The mechanical bond is very strong and hence finds application in places where extreme mechanical load, stress is expected while during the process or cleaning etc.

    These Fin Tubes find application in Finned Pipes, Air Coolers, Heat Exchangers etc and are preferred in Industries like Petrochemical Refineries, Power Plants, Chemical Industries, Siderúrgicas, etc.

  • Longitudinal Finned Tubes

    Longitudinal finned tubes are produced by welding the fins with resistance along the length of the tube. The fins first form a u-shaped channel, allowing each of the u-shaped legs to form a fin. The channel is cut to the appropriate length and then welded into place along the length of the tube and resistance. The channels are a pair of welded, polar opposites, so the number of fins specified must be a multiple of four.

    For a given tube or tube size, the desired heat transfer surface area per tube unit length can be obtained by specifying the appropriate fin height and number of fins. The maximum number of fins depends on the outer diameter of the tubethe larger OD tube can accommodate more fins.

  • Laser Fin Tube

    Laser welding finned tube is a new, wear-resistant and efficient heat exchange material in the fin tube welding industry. It is a high-efficiency and energy-saving heat exchange element with high heat exchange efficiency, large heat dissipation area, long service life and temperature adaptation It has a wide range, high pressure, and conforms to the national energy conservation and environmental protection emission standards. It is widely used in waste heat recovery, petrochemical industry, power station boilers, economizers, passenger cars, industrial and civil building heating, refrigeration systems and other industries.

    The laser welding fin tube is a fin tube laser welding machine that integrates laser technology, hardware molds, and numerical control automatic control. It is simple to operate and flexible and convenient to manufacture. Overcoming a series of problems in the welding process of laser welding finned tubes, such as fracture, slow speed, poor forming, and wrinkling. Datang has now successfully mastered the welding of finned tubes such as laser welding finned tubes and heat exchangers. The production and coordination of all parameters and automatic fixtures.

  • Seamless Fin Tube

    A fin tube is a tube that has small fins around the outside surface.

    These fins act as a filter and a mechanism to transfer heat from the material inside the tube to the outside space or vice versa. Fin tubes are used in applications that require a transfer of heat from a hot fluid to a colder fluid through the tube’s wall.

    Grand provide a wide range of fin tubes(carbon, stainless,cobre,aluminium,titânio,etc;) are used in heat exchangers (ar, water and chemically cooled)for various industries such as petroleum, petrochemical, aço, power generation and many more.

  • Stainless Fin Tube

    Stainless steel fin tubes are processed out of various grades of both seamless and welded plain tubes. Plain stainless steel tubes will be procured from well known indian plain tube manufacturers, as per material specification and customer requirement, for processing fin tubes. Plain stainless steel tubes will be procured for finning, duly hydro tested and eddy current tested as per material specification and code, from plain tube manufacturers only, as per customer requirement. If customer require, we will procure plain stainless steel tubes, duly inspected, approved and released by customer or third party inspection agency, at plain tubes manufacturer’s end.

  • High Frequency Welded(HFW) Fin Tube

    High frequency welded finned tube is a type of finned tube, which is mainly welded by high frequency welding and is a new type of excellent heat dissipation element. The high frequency welding finned tube is welded with high frequency current, the welding method is reliable and excellent, the welding seam is small, and the surface of the radiator is more solid as well as beautiful.

    High frequency welded finned tube is a heat sink element often used in finned tube radiators. Welding high-frequency welded finned tube on the base tube of the radiator improves the heat transfer coefficient of the heat exchanger side of the radiator and enhances the heat dissipation effect of the radiator, and the excellent heat dissipation effect makes the finned tube more and more popular.

    The high frequency welding finned tube is welded with high frequency current, which can increase the compactness of the radiator and improve the safety of the high frequency welding finned tube radiator in the operation process. The high-frequency welding process is an improved and upgraded process on the basic welding process, which is also a more excellent welding process.

  • High Precision Aluminium Tubes

    Aluminum tubes have high weather resistance anti scratch anticorrosion and good weather resistance subtle edges and elegant appearance and easy processing and installation high brightness and hardness. So it is widely used in aluminum window, door, curtain wall, hand railing, normal aluminum profile, decorative and industrial aluminum profile etc.

    Em caso de dúvidas,você é mais do que bem-vindo para entrar em contatosales@grandsteeltube.com

  • Air-conditioner Copper Tubes

    Copper tubes are easy to install, inexpensive to transport and have long life spans with low maintenance. Because they are compatible with a large range of liquids and are so resistant to a wide variety of environmental conditions, tubes made of copper provide a long term performance that is extremely cost effective over long periods of time. They form piping systems both above and below ground, in freezing temperatures as well as in high heat applications. Fire sprinkler systems, cryogenic plants, air conditioning and refrigeration systems, hospital oxygen systems, gas and steam heating systems and drain/vent systems all use copper tubes as pipes. They also take up less space than other metal pipes.