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Reliable water movement is essential for gardens, ponds, fountains, drainage areas, landscape projects, and many other outdoor environments. When water contains leaves, sediment, small stones, and other particles, an ordinary clean-water pump may become blocked, lose efficiency, or require frequent maintenance. A purpose-designed dirty water submersible pump provides a more dependable solution by combining underwater operation, debris-handling capability, corrosion-resistant construction, and sufficient lifting performance.
The EGP-B-H Series Stainless Steel Shell Dirty Water High-Lift Garden Submersible Pump is designed for users who need strong water flow and practical dirty-water handling in outdoor applications. The series includes four power options from 550 W to 1,100 W, with maximum rated flow rates from 10,000 L/H to 15,000 L/H and maximum lifting heights from 6.5 m to 11 m. This range allows distributors, contractors, garden professionals, and end users to select a suitable configuration according to the required flow, discharge height, and operating environment.
Unlike a basic garden pump intended only for relatively clean water, the EGP-B-H Series is equipped with a thick anti-blocking filter screen and a large maximum grain-size capacity of 35 mm. Its stainless steel shell provides a durable exterior for use in wet conditions, while its submersible design allows the pump to operate directly inside ponds, tanks, collection pits, and other water sources. The result is a practical pumping system for transferring, draining, circulating, or irrigating water where debris resistance and lifting performance are both important.
The EGP-B-H Series belongs to the garden submersible pump category, but its performance makes it suitable for a wider range of outdoor water-handling tasks. It is particularly appropriate when the water source is exposed to the environment and may contain organic debris or coarse particles. Typical applications include garden drainage, pond emptying, rainwater transfer, fountain water movement, landscape irrigation, water feature maintenance, construction-site drainage, and general household wastewater transfer where the water is not chemically aggressive or heavily contaminated.
A submersible pump is installed below the water level rather than outside the water source. This arrangement offers several practical benefits. The pump does not usually require a long suction pipe, external priming operation, or a separate foot valve. Once positioned correctly and connected to a suitable discharge hose or pipe, the pump can push water directly toward the desired outlet. Because the pump is immersed, the surrounding water can also help dissipate heat during operation.
The EGP-B-H Series is designed around the needs of garden and outdoor users who want a simple but capable pumping solution. Its pagoda-type outlet supports flexible connection options, while the listed pipe diameters of 1 inch, 1.25 inches, and 1.5 inches make it adaptable to different hose arrangements. This flexibility is valuable because garden installations vary considerably. A small pond may need a compact hose connection, while a drainage or irrigation project may benefit from a larger outlet to reduce pressure losses.
The product’s high-lift design is another important advantage. The model range reaches a maximum height of 11 m, making the highest-powered version suitable for applications in which water must be raised to an elevated garden bed, upper-level storage tank, raised landscape feature, or long-discharge route. The actual operating height and flow will depend on hose length, pipe diameter, fittings, bends, outlet restrictions, and water conditions, but the available head range gives users more flexibility than a low-head decorative pump.
Outdoor pumping equipment is exposed to moisture, changing temperatures, splashing water, dirt, and occasional impact during installation or maintenance. A stainless steel shell provides a strong external structure and offers improved resistance to corrosion compared with many ordinary painted or low-cost metal housings. This is especially useful in garden and water-feature environments where the pump may remain exposed to wet conditions for extended periods.
The stainless steel construction also supports a clean and professional appearance. In residential landscaping, ornamental ponds, fountains, and garden installations, equipment may be positioned where appearance matters. A stainless steel shell is visually more suitable for these environments than a heavily coated or easily scratched housing. More importantly, the shell helps protect internal components during normal service and handling.
Corrosion resistance does not mean that the pump can be placed in every chemical environment. Users should avoid water containing strong acids, aggressive solvents, high concentrations of corrosive chemicals, or substances outside the pump’s intended service conditions. However, for normal garden water, rainwater, pond water, and general outdoor drainage, the stainless steel shell is a meaningful advantage over less durable alternatives.
From a product-selection perspective, stainless steel also improves the pump’s value proposition for wholesalers and project buyers. A durable housing can reduce premature replacement, limit exterior deterioration, and improve customer satisfaction. When a pump is sold for repeated seasonal use, durability becomes just as important as initial purchase price. A robust shell helps distributors position the series as a longer-term solution rather than a disposable low-cost product.
One of the most important features of this series is the thick anti-blocking filter screen. Outdoor water sources commonly contain leaves, grass, mud, small branches, algae, and other debris. If these materials enter the pump without adequate screening, they can restrict the impeller, reduce water flow, create abnormal noise, or increase wear on internal components.
The filter screen acts as the first protective barrier. It helps prevent larger debris from reaching the pumping components while allowing water to enter the pump at a controlled rate. The thick design is intended to provide better durability during practical outdoor use, especially when the pump is placed on the bottom of a pond, drainage pit, or collection area where sediment and debris may accumulate.
The stated maximum grain size for the models is 35 mm. This specification indicates that the pump is designed to tolerate relatively coarse particles compared with clean-water garden pumps. It should not be interpreted as permission to pump solid waste, fibrous ropes, large stones, or heavily compacted sludge. Users should still remove oversized objects from the water source and inspect the screen regularly. Even a pump designed for dirty water will perform better when unnecessary debris is kept away from the inlet.
The anti-blocking screen provides several competitive benefits. First, it reduces the likelihood of sudden flow interruption caused by common garden debris. Second, it can reduce the frequency of emergency shutdowns and manual clearing. Third, it helps protect the pump’s internal hydraulic components, which may improve operational stability over the service life. Finally, it makes the product more versatile because users do not need to restrict applications to perfectly clear water.
Compared with a basic clean-water pump, the EGP-B-H Series is therefore better suited to natural and semi-natural water conditions. Compared with a low-cost dirty-water pump with a thin or poorly designed inlet screen, the thicker anti-blocking design offers a more reassuring solution for regular outdoor use. The product is still dependent on correct installation and maintenance, but its design is clearly oriented toward practical debris resistance.
EGP-B-H Series Stainless Steel Shell Dirty Water High-lift Garden Submersible Pump
The EGP-B-H Series provides four model options, allowing users to match motor power and hydraulic performance to the application. The range begins with the EGP550-B-H at 550 W and continues through the EGP750-B-H at 750 W, the EGP900-B-H at 900 W, and the EGP1100-B-H at 1,100 W. This graded structure is useful for distributors because it provides a coherent product family rather than a single pump that may be oversized for small installations or insufficient for demanding ones.
| Model | Rated Power | Maximum Pump Rate | Maximum Height | Maximum Depth | Maximum Grain Size | Pipe Diameter |
|---|---|---|---|---|---|---|
| EGP550-B-H | 550 W | 10,000 L/H | 6.5 m | 5 m | 35 mm | 1 in, 1.25 in, 1.5 in |
| EGP750-B-H | 750 W | 13,000 L/H | 7.5 m | 5 m | 35 mm | 1 in, 1.25 in, 1.5 in |
| EGP900-B-H | 900 W | 14,000 L/H | 8.5 m | 5 m | 35 mm | 1 in, 1.25 in, 1.5 in |
| EGP1100-B-H | 1,100 W | 15,000 L/H | 11 m | 5 m | 35 mm | 1 in, 1.25 in, 1.5 in |
The EGP550-B-H is suitable for many general garden drainage and water-transfer tasks where the required head is moderate. With a maximum pump rate of 10,000 L/H and a maximum height of 6.5 m, it can serve smaller ponds, water features, rainwater tanks, and landscape irrigation systems that do not require a high vertical lift.
The EGP750-B-H increases the maximum pump rate to 13,000 L/H and the maximum height to 7.5 m. This additional capacity may be useful when the discharge route is longer, the water must be raised higher, or the user wants faster drainage. It is also a logical choice for larger gardens and medium-sized water features.
The EGP900-B-H provides a maximum pump rate of 14,000 L/H and a maximum height of 8.5 m. This model balances higher flow and stronger lifting performance for applications that demand more than a standard garden pump but do not require the highest available capacity in the series.
The EGP1100-B-H is the top model, rated at 1,100 W with a maximum pump rate of 15,000 L/H and a maximum height of 11 m. Its greater head capability makes it the most suitable choice for elevated discharge points, taller landscape arrangements, and projects where vertical lifting is a key requirement.
Maximum pump rate and maximum height are different performance points. A pump’s highest flow is normally achieved at a low or limited discharge head, while the maximum height is reached when flow is greatly reduced. Users should therefore consult the performance curve and consider the complete piping system before selecting a model. Pipe friction, bends, valves, outlet restrictions, and elevation all influence the final delivered flow.
The pagoda-type outlet is designed to accommodate several hose sizes. With listed connection diameters of 1 inch, 1.25 inches, and 1.5 inches, the outlet can support flexible installation arrangements for different garden and drainage systems. This is useful for a product that may be sold into multiple markets, because hose standards and application requirements can vary between regions.
A larger hose diameter generally helps reduce friction loss and allows the pump to deliver more effective flow over a longer distance. A smaller hose may be acceptable for short runs or compact installations. The connection should be secured properly with a suitable clamp, and the hose should not be sharply bent near the outlet. A restricted or kinked hose can reduce performance and increase operating stress.
Installation should begin with an inspection of the pump, cable, outlet, and filter screen. The pump should be placed on a stable surface where it will not sink deeply into mud or become buried by sediment. If the water source contains substantial loose debris, the pump can be positioned on a raised platform or support, provided that the arrangement does not block the inlet or create an unstable operating condition.
The maximum stated submersion depth is 5 m for all models. The pump should not be installed deeper than this limit. The discharge hose should be routed so that it does not pull on the pump, and the electrical cable should be protected from cutting, crushing, excessive bending, and contact with sharp edges. The pump must never be lifted or suspended by the power cable.
Before operation, users should confirm that the electrical supply, plug, grounding arrangement, residual-current protection, and local installation practices are appropriate. Electrical work should be completed by a qualified professional where required by local regulations. The pump should not be operated out of water unless the manufacturer’s instructions specifically permit such operation.
The manufacturer, Taizhou Edwin Electric Co., Ltd., was founded in 2008 and operates as an integrated manufacturing enterprise focused on research and development, mass production, and global export. This structure is important for buyers seeking more than a single product. An integrated manufacturer can coordinate product design, component selection, assembly, inspection, packaging, and export preparation within a unified operating system.
The company’s broader product portfolio includes deep well pumps, submersible pumps, domestic booster pumps, circulation pumps, solar water pumps, intelligent booster pumps, and related water-treatment peripheral products. This range gives the manufacturer experience across several hydraulic application categories. It also allows the company to understand different requirements involving pressure, flow, motor performance, installation conditions, energy use, and system integration.
For a garden submersible pump, manufacturing quality depends on many connected processes. The shell must be formed and finished consistently. The motor assembly must be aligned correctly. Seals must be installed to protect electrical components from water. The impeller and hydraulic passage must be produced with suitable dimensional control. Cables and connection points must be assembled securely. Finally, completed pumps should undergo appropriate functional and visual inspections before packing.
Although individual production procedures may vary by factory and model, a professional manufacturing process commonly begins with incoming material control. Stainless steel sheet, molded components, cable assemblies, seals, fasteners, motor parts, and packaging materials should be checked against purchasing and engineering requirements. Consistent incoming materials help reduce variation during assembly and improve the repeatability of finished products.
Component preparation is followed by shell forming, surface finishing, motor assembly, hydraulic assembly, sealing, cable installation, and final integration. During assembly, correct positioning is essential. Misalignment can create vibration, noise, increased bearing load, or reduced hydraulic efficiency. Proper sealing is equally important because a submersible pump must protect its electrical section while operating underwater.
Quality control should also include checks for cable integrity, housing appearance, outlet security, filter-screen fit, motor operation, water leakage, abnormal noise, and pumping performance. A mass-production manufacturer with an established export business is better positioned to create repeatable inspection routines and maintain production records for different model families.
The company’s experience with global customers also supports practical commercial services. According to the provided company information, associated import and export operations were established to support procurement planning, order tracking, cross-border delivery, and foreign-trade services. For international distributors, these capabilities can be as important as the pump itself. Clear documentation, stable packaging, production communication, and shipment coordination help reduce purchasing risks.
The EGP-B-H Series competes through a combination of features rather than a single performance claim. Its strongest advantages are the stainless steel shell, thick anti-blocking filter screen, high-lift capability, multiple power options, flexible outlet design, and suitability for water containing particles up to 35 mm. Together, these characteristics position the series between a basic clean-water garden pump and a heavier industrial drainage unit.
Many inexpensive pumps are designed for a narrow operating environment. A clean-water unit may provide acceptable flow in a clear tank but perform poorly in a pond or outdoor pit containing leaves and sediment. A low-head pump may move a large amount of water horizontally but fail when the discharge point is elevated. A pump with a small inlet may clog easily. The EGP-B-H Series addresses these common weaknesses with a more application-oriented design.
Another competitive advantage is the four-model structure. Distributors can offer customers a choice without changing to a completely different product platform. Spare-parts planning, product training, packaging procedures, and marketing materials can be organized around one series. Customers can also upgrade from one power level to another when project requirements change.
The series is also suitable for private-label, wholesale, and project-based purchasing conversations because the manufacturer has experience with mass production and international export. Buyers can evaluate not only the listed specifications but also the supplier’s ability to support regular orders, model consistency, technical communication, and delivery coordination.
However, responsible product positioning is essential. The pump should not be presented as a substitute for specialized sewage pumps, slurry pumps, chemical pumps, or high-pressure industrial systems. Its value lies in garden, landscape, pond, drainage, and general dirty-water applications within the stated limits. Accurate application guidance protects both the end user and the distributor’s reputation.
Heavy rainfall can leave water in low areas, planting zones, pathways, basements, and garden collection pits. The EGP-B-H Series can be positioned in a suitable low point to transfer accumulated water away from the affected area. The anti-blocking filter screen is useful where leaves, small branches, and soil particles may be present.
For drainage, the installer should select a discharge hose with a suitable diameter and keep the route as short and direct as practical. The pump should be monitored during the first operating cycle to confirm that the water level does not fall below the safe operating condition and that the inlet remains free of debris.
Ponds and decorative water features may require periodic emptying, partial water replacement, cleaning, or temporary transfer. A submersible pump eliminates the need for external suction priming and can be placed directly in the water. The stainless steel shell is well suited to the visual and environmental requirements of many landscape installations.
When used in ponds containing fish or aquatic plants, operators should consider water quality, biological safety, and the possibility that debris may be drawn toward the pump. The pump should not be allowed to damage aquatic life, and the inlet should be positioned responsibly. The product is a water-transfer device, not a water-treatment system.
Rainwater collection tanks and storage containers may accumulate sediment and organic matter over time. The pump can transfer collected water to irrigation areas, elevated tanks, or drainage outlets, provided that the water conditions remain within the equipment’s intended range. The selected model should be based on the required delivery height and estimated flow demand.
For gardens with water stored in tanks, ponds, or collection pits, the pump can provide a convenient transfer source for hoses and irrigation arrangements. Users should distinguish between water transfer and pressurized irrigation. If the system requires stable high pressure for multiple sprinklers, a dedicated booster or irrigation pump may be more appropriate. The EGP-B-H Series is most suitable when the principal requirement is moving water through a discharge line to a garden area.
Small construction projects, landscaping work, and outdoor maintenance may create temporary water-accumulation areas. The dirty-water design and 35 mm maximum grain-size rating can help manage water containing ordinary site debris, although large stones, cement slurry, thick mud, and abrasive solids should be avoided unless the pump is specifically approved for those conditions.
Correct use is essential for achieving the expected service life of any submersible pump. Before each installation, users should inspect the pump body, cable, outlet, filter screen, and visible fasteners. Any cracked housing, damaged cable insulation, loose connection, or blocked screen should be addressed before operation.
The pump should be placed fully and securely in the water before starting. It should not rest directly on unstable mud if that position could block the inlet. A firm, level support can help maintain clearance and reduce the amount of sediment entering the screen. The unit should be kept away from sharp objects that could damage the shell or cable.
The filter screen should be cleaned at regular intervals. The required frequency depends on water quality and operating time. In a clean rainwater tank, inspection may be occasional. In a pond with leaves and algae, the screen may need to be checked much more frequently. Power must be disconnected before any cleaning or inspection procedure.
Users should observe the pump during operation for unusual vibration, abnormal sound, reduced flow, overheating of external electrical components, or repeated interruption. A sudden decrease in performance may indicate a blocked screen, kinked hose, excessive discharge height, damaged impeller, air entry caused by low water level, or another installation issue.
At the end of a seasonal operating period, the pump should be removed, cleaned, dried externally, and stored in a protected location according to the manufacturer’s instructions. The cable should be coiled without sharp bends. If freezing temperatures are expected, water should not be left inside the pump or discharge line where expansion could cause damage.
The series is supplied with model-specific packaging dimensions and carton measurements suitable for wholesale and export planning. The individual package size for the 550 W model is listed as 22 × 18 × 35 cm, while the 750 W, 900 W, and 1,100 W models are listed at 22 × 18 × 37 cm. The outer measurement for four-piece packing is listed as 46 × 38 × 37 cm for the 550 W model and 46 × 38 × 38.5 cm for the other models.
| Model | Cable Specification | Individual Package | Outer Measurement | Approximate Weight | Listed 20-Foot Container Quantity |
|---|---|---|---|---|---|
| EGP550-B-H | H05RN-F 3G1.0 mm² × 10 m | 22 × 18 × 35 cm | 46 × 38 × 37 cm / 4 pcs | 19.5 / 22.00 kg | 1,800 pcs |
| EGP750-B-H | H07RN-F 3G1.0 mm² × 10 m | 22 × 18 × 37 cm | 46 × 38 × 38.5 cm / 4 pcs | 21.0 / 23.35 kg | 1,780 pcs |
| EGP900-B-H | H07RN-F 3G1.0 mm² × 10 m | 22 × 18 × 37 cm | 46 × 38 × 38.5 cm / 4 pcs | 25.2 / 27.20 kg | 1,780 pcs |
| EGP1100-B-H | H07RN-F 3G1.0 mm² × 10 m | 22 × 18 × 37 cm | 46 × 38 × 38.5 cm / 4 pcs | 26.3 / 28.30 kg | 1,780 pcs |
The listed cable length is 10 m for every model. The 550 W model uses H05RN-F 3G1.0 mm² cable, while the higher-powered models use H07RN-F 3G1.0 mm² cable. Buyers should confirm the exact cable, plug, voltage, frequency, and regional electrical configuration before placing an order, because the supplied information does not specify every electrical parameter required for market approval or installation.
For importers, consistent model labeling is important. Each model should be matched with its correct carton, cable specification, technical data, and user documentation. Clear labeling reduces warehouse errors and helps customers select replacement products. It is also useful to maintain a model-selection chart based on power, maximum head, maximum flow, and intended application.
Model selection should begin with the required vertical lift. Measure the vertical distance from the pump’s water level to the discharge point. Then add the expected friction loss from the hose or pipe, fittings, bends, valves, and outlet arrangement. If the calculated total head approaches the pump’s maximum height, the delivered flow may be low. Selecting the next higher model can provide a more practical operating margin.
The second consideration is required flow. Estimate how quickly the water must be moved. A small garden feature may need only a moderate flow, while emergency drainage or large-volume transfer may require a higher-capacity model. Remember that the maximum listed pump rate is not necessarily the flow available at the desired operating height.
The third consideration is debris. If the water contains leaves and small stones, the anti-blocking screen and 35 mm grain-size rating are useful. If the water contains long fibers, thick sludge, abrasive sand, large stones, or industrial solids, a different pump category may be required. The pump should be selected according to the actual characteristics of the water rather than only the product name.
The fourth consideration is immersion depth and physical placement. All four models have a listed maximum depth of 5 m. The pump should be installed within this limit and positioned where the filter screen can receive water without being buried or obstructed.
Finally, users should confirm the connection arrangement. The pagoda-type outlet supports 1-inch, 1.25-inch, and 1.5-inch pipe or hose sizes, but the complete installation must use compatible fittings and clamps. A technically suitable pump can still perform poorly if connected to an undersized, excessively long, or heavily restricted discharge line.
Water and electricity require careful handling. The pump should be connected only to a suitable electrical supply with appropriate protection. Do not touch the pump, cable, plug, or water while standing in an unsafe electrical condition. Disconnect power before moving, cleaning, servicing, or inspecting the equipment.
The cable should not be used as a lifting rope. Use the pump body or an appropriate handling method when positioning or removing the unit. Protect the cable from vehicle traffic, sharp edges, heat sources, animals, and mechanical damage. If the cable becomes damaged, the pump should be removed from service until it has been inspected and repaired by a qualified person.
Do not operate the pump in water containing flammable liquids, explosive substances, strong chemicals, or materials outside the product’s intended application. Do not allow children or untrained users to operate the equipment without supervision. Clear installation instructions and warning labels should accompany the product when it is sold through distribution channels.
It is a stainless steel shell dirty-water high-lift garden submersible pump. It is designed to operate underwater and transfer water containing ordinary outdoor debris within the stated limits.
The maximum height depends on the model. The EGP550-B-H reaches 6.5 m, the EGP750-B-H reaches 7.5 m, the EGP900-B-H reaches 8.5 m, and the EGP1100-B-H reaches 11 m.
The listed maximum pump rates range from 10,000 L/H to 15,000 L/H. The exact flow available during operation depends on total head, hose diameter, pipe length, fittings, and other system conditions.
The thick anti-blocking filter screen is designed to help prevent leaves, debris, and particles from entering the pump. The listed maximum grain size is 35 mm. Oversized objects, long fibrous materials, thick sludge, and abrasive solids should be removed or evaluated separately before operation.
The maximum listed depth is 5 m for all models in the series. The pump should not be installed deeper than this limit.
The pagoda-type outlet is listed for 1-inch, 1.25-inch, and 1.5-inch pipe or hose connections. The selected diameter should match the application and discharge distance.
Yes. It can be used for many clean-water transfer applications, but its design is especially valuable when water may contain ordinary garden debris or particles.
It may be suitable for certain water-transfer or drainage tasks only when the electrical installation, water chemistry, and safety requirements are fully appropriate. Users should follow local pool safety standards and confirm that the specific application is approved.
The series is designed for high-lift water transfer rather than specialized constant-pressure boosting. For multiple sprinklers or systems requiring stable pressure, a dedicated irrigation or booster pump may be more appropriate.
Cleaning frequency depends on water quality and operating time. The screen should be inspected whenever flow decreases and cleaned regularly in water containing leaves, algae, mud, or other debris. Power must be disconnected before cleaning.
The stainless steel shell provides a durable exterior and improved resistance to corrosion in normal wet outdoor environments. It also gives the pump a clean appearance for garden, pond, and landscape installations.
The manufacturer operates an integrated business covering independent research and development, mass production, and global export. Its wider product portfolio includes several pump categories, supporting experience in motor, hydraulic, electrical, assembly, and international supply requirements.
The choice should be based on required flow, total lifting height, hose length, water condition, immersion depth, and installation constraints. The 550 W model suits moderate duties, while the 1,100 W model is intended for higher lifting requirements up to the listed 11 m maximum height.
The EGP-B-H Series Stainless Steel Shell Dirty Water High-Lift Garden Submersible Pump is a versatile solution for outdoor water transfer, drainage, pond maintenance, rainwater movement, and landscape applications. Its stainless steel shell supports durability in wet environments, while the thick anti-blocking filter screen improves resistance to common garden debris. The 35 mm maximum grain-size specification, pagoda-type outlet, 5 m maximum immersion depth, and four available power ratings make the series adaptable to different installation conditions.
Its strongest competitive position comes from the combination of dirty-water capability and high-lift performance. Users are not limited to clear water or low-elevation drainage. Depending on the selected model, the pump can deliver up to 15,000 L/H and reach a listed maximum height of 11 m. The model range also gives distributors a practical product ladder for residential, commercial landscaping, and general outdoor applications.
Behind the product is an integrated manufacturer with experience in research and development, mass production, export operations, and multiple pump categories. This manufacturing and service foundation can support consistent product supply, technical coordination, packaging management, and international procurement. When selected and installed within its operating limits, the EGP-B-H Series provides a balanced combination of durability, debris resistance, lifting capability, and application flexibility.
1. EGP-B-H Series product technical data supplied for this article.
2. Manufacturer-provided product description and feature information for stainless steel shell, anti-blocking filter screen, high-lift operation, and pagoda-type outlet.
3. Manufacturer-provided company profile covering research and development, mass production, product categories, and global export services.
4. General principles of submersible pump installation, hydraulic head calculation, hose selection, electrical safety, and preventive maintenance.
5. General guidance for outdoor water-transfer equipment, dirty-water screening, seasonal storage, and garden drainage applications.
edwina@edwin-pump.com
+86-13586290903 (WhatsApp)
Xuri Gongliang Cutting Tool Entrepreneurship Park, Wenqiao Town, Wenling City, Taizhou City, Zhejiang Province, China
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