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Stainless steel pipe fittings with constant use and expansion, in the specific process of using produced good operating performance, fully in accordance with the important guarantee parameters used, stainless steel pipe fittings to pay attention to certain steps and methods in the use acid washing process in need. Method for cleaning stainless steel pipe fittings by pickling liquid: 1 cloth with brush take acid lotion, try to rub on the need to deal with the surface or bead, thick film 0.5~1mm. 2 try 20 minutes after brushing (low temperature and oxidation thickness can be appropriately extended processing time). 3 wash with clear water at last. Cleaning liquid cleaning and cleaning stainless steel pipe fittings attention matters: 1 pickling solution is corrosive, if the skin contact, please rinse immediately with flowing water. 2 waste liquid should be treated immediately after appropriate discharge. 3 pickling solution should be kept in a cool, ventilated place. 4 suitable for industrial use. Cleaning procedure and precautions for stainless steel pipe fittings Source: Zhejiang wilsonpipeline Pipe Industry Co., Limited (www.wilsonpipeline.com)

Why stainless steel corrosion resistance? Steel is made of iron and carbon, and stainless steel contains iron, carbon, and anywhere from 12-30% chromium. Stainless steel can contain other elements such as nickel and manganese, but chromium is the key element which makes it rust resistant. When the surface of normal steel is exposed to oxygen, it usually forms ferric oxide (Fe2O3) which has the well-known red rust color. Ferric oxide doesn’t form a continuous layer on the steel because the oxide molecule has a larger volume than the underlying iron atoms, and eventually spalls off leaving fresh steel exposed which then starts a deleterious rusting cycle. When stainless steel is exposed to oxygen, chromium oxide is created on the surface of the steel because chromium has a very strong affinity for oxygen. The chromium oxide is a very thin layer which doesn’t spall off, and it prevents further oxidation of the stainless steel. Even if stainless steel is scratched and the chromium oxide layer is removed, a new chromium oxide layer will form and protect the rest of the stainless steel beneath it. As long as there is sufficient chromium present, the chromium oxide layer will continue to protect the stainless steel and prevent it from rusting. The passive layer forms because of the chromium added to stainless steel.  Stainless steel must have at least 10.5% chromium in order for the passive layer to form.  The more chromium that is added, the more stable the passive layer becomes, and the better the corrosion resistance.   Other elements such as nickel, manganese, and molybdenum can be added to enhance stainless steel corrosion resistance. Another requirement for the formation and maintenance of the passive layer is that the steel surface must be exposed to oxygen.  Corrosion resistance is greatest when the steel is boldly exposed and the surface is maintained free of deposits.  If passivity is destroyed under conditions that do not permit restoration of the passive film, then stainless steel will corrode much like a carbon or low-alloy steel.  For example, covering a portion of the surface – for example, by biofouling, painting, or installing a gasket – produces an oxygen-depleted region under the covered region. The oxygen-depleted region is anodic relative to the well-aerated boldly exposed surface, possibly resulting in the corrosion of the covered region. Stainless steel composition is stable The actual use of stainless steel environment is very complex, ordinary chromium oxide passive film can not fully adapt to a variety of environments. According to the actual situation in the stainless steel by adding molybdenum, copper, nitrogen and other elements, in order to further improve the corrosion resistance of the passive film. Adding molybdenum, when the corrosive medium near the substrate will promote the passivation of the stainless steel substrate to form a passive film corrosion; add copper to the surface of stainless steel passive film contains CuCl, and corrosive media does not play a role in improving corrosion resistance; Addition of nitrogen makes the passivation film rich in CrN, improve the chromium concentration in the passive film, and enhance the corrosion resistance of stainless steel. Pitting in 304 stainless steel Under certain circumstances, the passive layer can break down at localized spots on a well exposed stainless steel surface.  When this happens, the metal can corrode in the localized spots.  This is called pitting corrosion.  One common cause of pitting corrosion is exposure to aqueous environments that contain chloride.  Examples are coastal atmospheres, road salt combined with rain water, and even tap water containing high levels of chloride. Intergranular corrosion of 304 stainless steel During the fabrication of stainless steel components or structures it is possible to degrade the corrosion resistance.  This occurs when austenitic stainless steels (e.g. 304) are exposed to temperatures between about 425 °C (797 °F) and 870 °C (1598 °F).   If the exposure time is too long, then the areas near the metal’s grain boundaries lose their corrosion resistance and can be preferentially attacked when exposed to a corrosive environment.  The grains fall out and the metal loses strength.  The increased susceptibility to corrosion by this change in microstructure is called sensitization.

According to the different materials, the elbow can be pided into: stainless steel elbow, alloy steel elbow and carbon steel elbow. Stainless steel elbow matrix classification can be pided into: austenitic iron ferritic (duplex) type stainless steel substrate, precipitation hardening stainless steel matrix, ferrite type stainless steel matrix, austenitic stainless steel matrix and martensite stainless steel 45 DEG stainless steel substrate. The steel elbow of the alloy steel is used in the special position. Stainless steel elbow is different from carbon steel elbow is the main material of different materials, the chemical composition will keep the elbow for a long time will not rust, is not easy to be corroded. Carbon steel elbow is cheap, the use of large. Stainless steel, stainless steel, corrosion resistance as the main characteristics, and the chromium content of at least 10.5%, the maximum carbon content of not more than 1.2% of the steel. Austenitic iron ferrite (dual phase) type stainless steel substrate both austenite and ferrite ferrite two-phase structure (including the content is less than 15% of the general), magnetic, by cold working the enhancing of the stainless steel. The precipitation hardening type stainless steel matrix is an austenite or martensite structure, and can be processed by precipitation hardening (also known as aging hardening) to make the hard (strong) stainless steel. Ferritic stainless steel matrix with body centered cubic crystal structure of the ferrite (alpha phase), magnetic, generally can not be hardened by heat treatment, but the cold processing can make it slightly strengthened stainless steel. Austenitic stainless steel matrix to the surface of the cube structure of the austenitic structure (gamma phase) based, non magnetic, mainly through the cold processing to strengthen its (and may lead to a certain magnetic) stainless steel. Martensitic stainless steel matrix is a martensitic structure, there are magnetic, through the heat treatment can adjust the mechanical properties of stainless steel. Source: Zhejiang wilsonpipeline Pipe Industry Co., Limited (www.wilsonpipeline.com)

Full TIG welding backing makes no difference in the process, the whole arc for thin-walled small diameter pipes (DN50 general and below, the wall thickness of 4 mm) or less, the purpose of guarantee good weld root quality appearance imaging. When a large diameter, thick wall thickness should be used for welding backing manual welding to cover up, cover the surface with manual welding is the the Dayong diameter manual welding can ensure the quality of the appearance and ergonomics than TIG cost lower than the TIG. Full TIG diameter of less than 4 inches (DN100) pipeline general requirements for welding backing surface covered arc, thus ensuring that the inner layer of the weld quality improved production efficiency, weld molding is relatively good. Large diameter pipes commonly used argon ITU welding, welding backing first, then other parts of the welding welding. The smaller pipe TIG welding can be used. The welding backing benefits for the pipe wall molding, for example, considering the pipeline after a few years of running pig by pigging, so you can avoid the sinker accident. Generally argon primer, the welding filler cap surface and then there are generally thin-walled small-diameter pipe directly welding, to the above-said DN50. Welding backing is the underlying pipeline welding TIG playing again at the end, and then welding package; TIG the entire welding using welding process. A first low-speed fast construction costs, but not to the high requirements of the pipeline. Generally high quality requirements for welding, unable to make do the back gouging the weld need to do welding backing, SMAW cover up to. Such as pipeline welding, often used in welding backing, then SMAW cover up. TIG-ray energy, forming a good weld appearance, but the relatively high cost. Welding backing process, you can get the quality of welded joints. Welding backing welding process, the excellent quality of the joint welding of boiler water wall, superheater, economizer ray detection, weld levels in II above.

Characteristics of steel pipe: 1, water gas pipe is commonly used welded steel pipe, transport fluid and gas called, to feel the pressure, so are relatively thick wall. Older know, rich from poor, a lot of it is called with the characteristics of the times, not too seriously. Original which money galvanized Yeah, two brush paint on the line. Black Well, call it black iron pipe. 2, the conduit is to wear a wire and thin-walled tube. At that time only the standard, no one production. In fact, the eighties and nineties of gas pipes with water. 3, galvanized iron pipe is galvanized welded steel pipe. Galvanized inside and outside, water can be transported. Let Electric used when threading. General are relatively thin wall. Now on the market is poor. Elbow bend angle to blast hole. Anti-corrosion classfication of steel pipe: Steel pipe: steel pipe is open at both ends and having a hollow cross-section and their relatively large length, and the vicinity of the steel can be pided, according to the production method of seamless and welded steel pipe, pipe specifications Dimensions (such as diameter or side length) and wall thickness, a very wide range of sizes, from a small diameter capillary tube until the large-diameter up to several meters in diameter. The steel pipe can be used for pipes, thermal equipment, industrial machinery, petroleum exploration, container, chemical industry and for special purposes. Seamless steel pipe: seamless steel pipe is made from a single piece of metal on the surface of steel pipe joints. Production methods can be pided into hot-rolled pipes, cold rolled tubes, cold drawn tubes, extruded tube. Can be pided into two kinds of round and shaped cross-sectional shape. The seamless pipe of the maximum diameter of 650 mm (enlarged diameter tubes), a minimum diameter of 0.3 mm (capillary). According to different thickness can be pided into thick-walled pipes and thin-walled tube. Seamless pipe is mainly used for the petroleum exploration tube, petrochemical cracking tubes, boiler tubes, the bearing tube as well as the automotive, aerospace steel and other high-precision structure. Welded steel pipe: welded steel pipe refers to the bending deformation of the steel strip or steel sheet as round, square and other shapes and then welded into the steel pipe, the surface of the seam. According to the different welding methods can be pided into the arc welded pipe, high or low frequency electric resistance welded pipe, gas pipe, stove pipe, Bundy tube. Weld shape can be pided into Longitudinal and spiral welded pipe. Welded steel pipe used for oil drilling and machinery manufacturing. The furnace can be used as a water pipe and gas pipe, large diameter welded pipe used for high-pressure oil and gas transmission; spiral welded pipe for oil and gas transmission pipe piles, piers. The welded steel pipe is lower than the cost of seamless steel, high production efficiency.

According to the production process, high pressure alloy elbow can be pided into: high pressure alloy elbow, pressing high pressure alloy elbow, casting high pressure alloy elbow, etc.. According to the connection with the pipe can be pided into: direct welding (the most common way) flange connection, threaded connection and socket connection, etc.. High-pressure alloy elbow connecting pipe is practical, new, with reasonable structure, can make the piping stress is uniform, can simplify the pipeline system, easy to operate and can save investment and can reduce the resistance of pipeline, pipeline layout optimization, is conducive to the operation cost reduction and balanced flow distribution, reduce the vibration of the pipe lines, to ensure the safe operation of the equipment and pipeline has the advantages. Even so, high-pressure alloy elbow note also nots allow to ignore: high pressure elbow welding when, by repeated heating precipitated carbide, lower corrosion resistance and mechanical properties; high alloy welding elbow sclerosing big, easy to produce cracks. If the same type of high pressure alloy elbow welding, must be carried out more than 300 degrees Celsius, 700 degrees Celsius after the preheating and slow cooling treatment. Or should use high-pressure alloy elbow electrode; electrode for use should be kept dry, titanium calcium type should be 150 DEG C and dried for 1 hour, low hydrogen type should be between 200 and 250 DEG C dry 1 hour (do not repeat a drying, otherwise coating are apt to crack and spalling) to prevent electrode viscous oil and other dirt, lest cause the weld increase with carbon content, and the influence of welding quality; to prevent eye corrosion due to heating, welding current should not be too large, about 20% of the carbon steel electrode is less than, arc shoulds not be too long, interlayer fast cooling, a narrow weld bead is appropriate. Source: wilsonpipeline Pipe Industry(www.wilsonpipeline.com)

Welded pipe is mainly used for conveying water, sewage, gas, air, heating steam and other low pressure fluid and other purposes. According to the different application areas can be pided into: wire casing, automotive pipe, transformer tube, welded thin-walled tube, welded pipe and spiral welded pipe. Wire casing and ordinary carbon steel welding steel tube in concrete and various kinds of structure and distribution engineering, commonly used nominal diameter from 13-76mm. Wire casing wall is thinner, most of the coating or galvanized after the use of cold bending test requirements. Transformer for manufacturing of transformer radiator tube and other heat exchangers, made of ordinary carbon steel, flattening, expanding export, bending, the hydraulic test tube. Steel pipe to be fixed or double the length of delivery, the bending of the steel pipe has a certain degree of requirements. Spiral welded pipe: pipe blank, and then welded pipe joints made, it can be used with a narrow strip of steel production of large diameter. Spiral welded pipe is mainly used for oil and natural gas transmission pipeline, the specification of outer diameter * wall thickness. Spiral welded pipe has one side welding and double side welding, welded pipe should ensure that the hydraulic pressure test, the tensile strength of the welded joint and the cold bending properties should be consistent with the provisions. Welded thin-walled tube: mainly used to make furniture, toys, lamps, etc.. In recent years, with the production of stainless steel tube is widely used, furniture, decoration, fences etc..

Reducer is used for a pipe diameter of the pipeline. Reducer, one of the pipe for pipeline in two different diameters connected, is pided into two kinds of concentric reducer and an eccentric reducer. reducer in addition to the use of steel as raw material for the production of the size of the head, on the part of the specification of reducer also available steel plate by stamping forming process of production. reducer in pipe connection and use of good performance and the use of operation with strictly according to the standard form of use, in the use of specific pided into different kinds and types, fully demonstrated the great contribution to the operation. The forming process is usually used to reduce the size of the compression, expansion or shrinkage and expansion, and the reducer can also be used in the form of stamping. For example: the standard size for the 140mm wide door frame assembly measurement width becomes larger 141.1mm. reducer (reducer) in molding production according to certain processes and production principle of control and use, strictly in accordance with the above procedure and standards were control and use. reducer shrinkage diameter of forming process is will and big head big endian is equal to the diameter of the tube into the forming die, through the tube along the axial direction of the blank pressing, the metal mould cavity movement along the contraction and forming. According to reducer diameter size, pided into a press forming forming or several times. In the production, the door frame assembly often appear at the level of the enterprise and the cross head interface is uneven, seriously affect the matching. Four sides of the width of the door frame width measurement are basically standard size of 0.2mm, wood moisture in 8-10%, based on the production process of moisture in the process is not in place and the South humidity is larger, the door frame width will appear than the standard size of +0.5~+1.0m. Drawing die shape with reference to the size of the inner surface of the size of the design, using the blanking die to press the sheet metal forming. Source: wilsonpipeline Pipe Industry(www.wilsonpipeline.com)

After cold expansion for lsaw steel pipe, steel tube and pipe end diameter will increase by about one percent difference in diameter of the diameter, roundness, and the pipe ends are greatly improved, also have greatly improved the straightness of the steel pipe, steel pipea length of about 0.5% reduction in wall thickness decreases by about 0.8%. Fully develop LSAW process should consider these changes, to determine the pipe plate width, length and thickness, and the pipe diameter in front of the enlarged diameter, in order to avoid the enlarged diameter steel pipe geometry reach the final requirements caused by substandard.  The purpose of cold expansion for lsaw steel pipe has the followings: (1) Improve pipe end geometric dimensional accuracy of LSAW steel pipe, so that the diameter of the steel tube and pipe end, roundness, and the diameter of the pipe ends Poor meet the standard requirements, facilitate field welding construction.  (2) Reduce inhomogeneous deformation of LSAW steel pipe forming and welding process and decrease the residual stress of forming and welding of tube, and improve its distribution, improve the overall mechanical properties of the steel pipe.  (3) Inspect the steel pipe overall performance comprehensively and effectively.  (4) Improve the straight degree of lsaw steel pipe, especially for the smaller diameter LSAW pipe straight is more obvious.

Carbon steel is also known as the iron-carbon alloy containing less than 2% carbon WC. Generally also contain small amounts of silicon, manganese, sulfur, phosphorus and carbon steel, in addition to carbon use can be pided into carbon steel and carbon structural steel, carbon tool steel, and ease of cutting structural steel three categories. Carbon structural steel is pided into building structural steel and machinery manufacturing structural steel two kinds. According to the carbon steel, carbon content can be pided into low-carbon steel (WC ≤ 0.25%), medium carbon steel (WC 0.25% – 0.6%) phosphorus, sulfur content and high-carbon steel (WC> 6%) can be pided into ordinary carbon steel (containing phosphorus, sulfur higher), high-quality carbon steel (containing phosphorus, low sulfur) and high quality steel (phosphorus, sulfur less), generally, the higher carbon content, the higher the hardness, higher strength but lower ductility. Alloy steel refers to steel in addition to silicon and manganese as an alloying element or a deoxidizing element, but also contain other alloying elements (such as chromium, nickel, molybdenum, vanadium, titanium, copper, tungsten, aluminum, cobalt, niobium, zirconium, and other elementsetc.), and some also contain certain non-metallic elements (such as boron, nitrogen, etc.) of the steel. How much of the content of alloying elements in steel, can be pided into low-alloy steel, alloy steel and high-alloy steel.

Butt welding elbow in the incorrect use can produce the phenomenon of corrosion, welding curved hairs students after corrosion, usually for the butt welding elbow pipe wall thinning, local pits and pitting. Butt welding elbow after the corrosion detection methods: leakage flux method was used to detect the basic principle is based on the fundamental features of high permeability of ferromagnetic materials. Butt welding elbow corrosion defect of permeability is much smaller in butt welding elbow permeability, butt welding elbow under the action of an external magnetic field is magnetized, when when there are no defects in butt welding elbow, the lines of magnetic force is, for the most part, through the pipe. At the same time, the uniform distribution of magnetic force lines; when butt welding elbow internal defects, the magnetic field lines are curved and part of the magnetic flux leakage of leakage of pipe surface. Detection by magnetic flux leakage magnetic elbow surface escape, you can judge the existence of defects. Ultrasonic ultrasonic testing is the use of ultrasonic pulse reflection principle to measure the thickness of the tube wall after corrosion. The process is formed by self – propagating centrifugal casting, which mainly uses the chemical reaction of the material itself, the heat release from the heat release to produce high temperature, and the technology of synthesizing the new material in the process of the spread of the combustion wave. Detection probe perpendicular to the inner wall of the butt welding elbow to emit ultrasonic pulses, first to receive the probe is composed of a pipe wall inner surface reflection pulse and ultrasonic probe and received from the tube outer wall surface reflection pulse, the pulse distance of space between the inner and surface reflection pulse reflected the tube wall thickness. Simmer bending: refers to the tube are processed into a butt welding elbow, generally refers to professional hydropower electrical metal pipe and PVC pipe threading; simmer butt welding elbow: multiple fingers to drainage professional metal butt welding elbow tubule diameter welded elbow can obtained by bending. Cold / hot bending elbow: general small and medium size can be obtained with large diameter bending; bending needs. Bending processing generally refers to the scene. Butt welding elbow: Engineering water-supply system using the most (especially large pipe diameter) can buy finished welded elbow, processing method is stamping. Source: wilsonpipeline Pipe Industry(www.wilsonpipeline.com)

FLOWEXPO 2017 The 20th International Trade Fair for Valves, Pipe Fittings & Fluid Equipment May 19-21, 2017 Block C , Canton Fair Puzhou Complex,  No. 980, Xin Gang Dong Road, Guangzhou, P.R.China You are welcome to attend our FLOWEXPO! FLOWEXPO , which is International Exhibition on Valves, Pipe Fittings, Castings ,Forgings, Fluid Handling Parts & water treatment Systems , was founded in March,1997. We can attend this expo once a year at GUANGZHOU . FLOWEXPO will provide you with good favor in exploiting market and seeking commerce opportunity! We can make sure that our exhibition will achieve greater effect , both the businessman and audience this year! If you want to book our showcase ， please apply for it in advance; if you want to visit our exhibition ,you are welcome to register. Please contact with us as soon as possible. Exhibition Profile 1. Exhibition scale: estimated area of 15000 square meters, with about 300 exhibitors; 2. Number of visitors: expected 10000 people, including about 8% of overseas visitors from more than 40 countries and regions; 3 Exhibition positioning:  an international trade show offering an ideal place for suppliers and buyers to meet, negotiate business, date customers and make cooperation; 4. Exhibition honors: recognized bran trade show in Guangzhou City (subsidized by special funds of state financial department);Organizer: Guangzhou Flow Expo Co., Ltd.,  505 Lifeng Center,7 Qingnian Rood,GETDD,  Guangzhou,china Contact ：Person: Jessie  TEL :+86-20-82220077  Mobile : +86-13650651020 FAX :+86-20-62614523 E-mail : info@flowexpo.asia_ flowexpo.china@qq.com Expo Date/Time ( Visitor / Buyer ) May 19, 2017 09:30-16:30  May 20, 2017 09:30-16:30  May 21, 2017 09:30-12:00 Expo Date/Time ( Exhibtior ) Construction ( Exhibtior )  May 17, 2017 （09 ： 00-17 ：00 ）  May 18, 2017 （09 ： 00-17 ：00 ） Opening hour ( Exhibtior ) May 18, 2017 （08 ： 30 – 17 ： 00 ）  May 20, 2017 （09 ： 00 – 17 ： 00 ）  May 21, 2017 （09 ： 00 – 12 ： 00 ） Dismantling ( Exhibtior ) May 21, 2017 （ 12 ： 30-17 ： 00 ） Venue / Registration locations Hall 15.1/14.1, Block C, China Import and Export Fair (Canton Fair) Pazhou Complex,  No. 980, Xin Gang Dong Road, Guangzhou, P.R.China Plan The first stage project of China Import and Export Fair Complex covers a ground area of 430,000 square meters with the structural area of 395,000 square meters. The Complex has been in operation since the end of 2002, being the largest exhibition center in Asia. About Pazhou Complex >>>> Traffic Guide How to get to Guangzhou? Guangzhou is the center city of South China and is easily accessible both from China and from overseas. More Choices for You: By Air , By Train , By Bus Flights Flights Code Departure Beijing–Guangzhou CZ3196 0830 CZ3162 1005 CZ3102 1205 CZ3104 1505 Shanghai–Guangzhou CZ3596 0825 CZ3532 1045 CZ3524 1205 CZ3538 1350 CZ3526 1645 CZ3504 1915 CZ3852 2100 Hong Kong-Guangzhou CZ302 10:10 CZ304 13:40 Los Angeles–Guangzhou CZ328(2,3,5,6,7) 2359 Osaka–Guangzhou CZ390 1450 Singapore–Guangzhou CZ352 0835 Jakarta–Guangzhou CZ388(2,4,5,7) 0720 Kuala Lumpur–Guangzhou CZ366 0820 P.S. Please refer to airlines for detailed information. Guangzhou-Kowloon Through Train Guangzhou-Kowloon Through Train is the preferred choice for business travelers. Please refer to KCRC for detailed information. (Ticket Fare: HKD180-230 Journey Time: 1.5 hours) Check Timetable of Guangzhou-Kowloon Through Train Express Coach (Hong Kong-Guangzhou ) There are express coaches everyday between Hong Kong International Airport and Guangzhou. Click here for detailed information . (Ticket Fare:HKD100-120 Time:3.5 Hours ) Getting to Guangzhou Plane Air ticket Online – Scheduled Flights – Airport Location – Airport Express Ship HK – China Routes Train Guangzhou-Kowloon Throguh Train – Schedule – Ticket Information Getting to Fair Metro Route Map of Guangzhou  Metro – Metro to Fair For the details about the Guangzhou Metro, please check this link:  http://www.gzmtr.com/en/ckfw/wyzdt/ Car Taxi – Shuttle Bus – Route Map Due to the limited source of hotel rooms,  please manage to book your hotel room in advance!  Application for Hotel reservation TEL : 0086-20-89181604 ， FAX : 0086-20-89181699  Contact: Miss Xia 0086-13580304393 E-mail: icy.xia@westin.com Hotel Information There are over 200 star-rated hotels in Guangzhou, offering a wide range of accommodation selection for different needs. Here are some of the best hotels for your reference. Name Star Distance (km)Fax Pazhou Complex Baiyun Airport ●Garden Hotel 5 12 35 020-83324534 ●China Hotel, A Marriott Hotel 5 28 30 020-86686698 ●Dong Fang Hotel 5 28 30 020-86681618 ●White Swan Hotel 5 17 40 020-81861188 ●The Phoenix City Hotel Guangzhou 5 35 70 020-82808333 ●Crowne Plaza (original Foshan Hotel) 5 30 50 0757-83322358 ●Regal Palace Hotel (Dongguan) 5 55 80 0769-85906338 Cinese Hotel (Dongguan) 5 40 80 0769-85888822 Country Garden Holiday Islands Hotel 5 85 45 020-86724442 ●Asia International Hotel 5 13 35 020-61206881 ●The Westin Hotel 5 8 40 020-28266996 ●Grand International Hotel 5 26 60 020-87542222 ●Best Western GZ Baiyun Hotel 5 15 35 020-83312500 ●Ramada Pearl Hotel GZ 4 8 35 020-87377442 ●Hotel Landmark Canton 4 15 35 020-83323459 ●Ocean Hotel 4 11 35 020-87653288 ●Riverside Hotel 4 13 35 020-83283388 China Mayors’ Tower 4 13 40 020-87551347 Globelink Hotel 4 11 40 020-83898188 ●Guangdong Victory Hotel 4 17 40 020-81219889 ●Holiday Inn City Centre 4 15 35 020-87753126 ●Panyu Hotel 4 20 65 020-84838268 Golden City Hotel (Foshan) 4 30 50 0757-83333117 Golden Bridge Hotel 4 8 35 020-87362411 Huashi (GDH) Hotel 4 6 40 020-85216355 Baihua Resort Hotel (Zengcheng) 4 60 70 020-82618018 ●Ramada Plaza Guangzhou 4 10 40 020-87205600 Pearl Garden Hotel 4 28 58 020-82226688 Jin Yuan Hotel Guangzhou 3 6 25 020-83504402 ●New Mainland Hotel 3 20 30 020-86221973 ●Guangzhou Hotel 3 15 35 020-83332000 Lido Hotel 3 15 60 020-83323411 New World Hotel 3 15 60 020-81089652 Overseas Chinese Friendship Hotel 3 6 40 020-85518992 Ying Feng Business Hotel 3 5 80 020-61209968 Guangdong Hotel 2 15 35 020-81324667 New Hua Hotel 2 15 35 020-81868809