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| Bronze Globe Angle Valve The Bronze Globe Angle Valve is suitable for various medium working conditions, such as seawater, freshwater, and hot water. It also adopts a 90° right-angle flow channel design. The rising stem can precisely control the flow rate and on-off of the pipeline medium. Its main applications are in systems such as industrial water supply and drainage, and building heating. It serves as a regulating and shut-off component for pipeline media, especially suitable for working conditions with limited space and requirements for corrosion resistance.
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| Angle Radiator Valve The angle structure design of the Angle Radiator Valve can flexibly adapt to narrow spaces such as corners and pipeline bends. Pipeline connection can be completed without additional elbows. The valve stem adopts a lifting or rotating opening and closing structure. Its main purpose is to be installed at the water inlet or return port of the radiator. It serves as a component for opening, closing, and flow regulation in the heating system. It can manually control the on-off of a single group of radiators.
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| Manual Radiator Angle Valve The manual radiator angle valve adopts a rotary manual opening and closing structure. It can adjust the flow of hot water into the radiator as needed. Customizable models are equipped with scale marks, allowing for intuitive control of the adjustment range. It is mainly installed at the water inlet or return port of the radiator. As a manual control component in the heating system, it can realize the on-off and flow adjustment of a single group of radiators.
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| Raised Head Brass Cleanout Plug The raised head design of the Raised Head Brass Cleanout Plug facilitates tightening or disassembly operations using tools such as wrenches. It is suitable for various medium working conditions, including tap water, hot water, and sewage. It is mainly installed at the cleanout or inspection port of drainage pipes and heating pipelines. It functions to block the pipeline and prevent medium leakage.
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| Slotted Brass Cleanout Plug The top of the Slotted Brass Cleanout Plug features a flat-head or cross-head slot design. It can be directly tightened or removed using common tools such as a screwdriver. The sealing structure is tight, and after plugging, it can effectively prevent pipeline leakage. It is commonly used at the cleanout or inspection port of water supply and drainage, as well as heating pipelines. In daily conditions, it plays the role of plugging the pipeline to prevent medium leakage. When the pipeline needs to be unclogged of impurities or undergo pipeline maintenance, the plug can be quickly removed to carry out the work.
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| Brass Forged Plug Valve With Square Head Brass Forged Plug Valve With Square Head is a pipeline on-off valve made of integrally forged brass. The top of the valve stem is designed with a square structure. It can be used with tools such as wrenches and sockets. The plug-type valve core has excellent sealing performance. It is mainly used in pipeline systems such as building water supply and drainage, industrial fluid transportation, and gas supply. As a manually operated on-off control component, it is more suitable for scenarios with high requirements for sealing and pressure resistance.
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Hydraulic Vertical Separator
Hydraulic Vertical Separator
The Hydraulic Vertical Separator for heating systems is an impurity and gas-liquid separation device specially designed for heating water circulation systems. It adopts a vertical compact structure. It is suitable for the high-temperature water medium working conditions of heating systems. The device has built-in multi-layer separation components. The dual functions of gravity sedimentation and filter screen interception. It can efficiently separate solid impurities such as rust and sediment in the circulating water. At the same time, it integrates an exhaust structure, which can automatically discharge the trapped air in the system.
- Model No.: JX-10014
- Material: Stainless Steel 304
- Circuit Connection 1″ Male Thread
- Drain Valve Connection 1/2″ Female Thread
- Installation Type: Vertical Installation
- Power: 70 kW
- Working Pressure: 6 bar
- Maximum Flow Rate: 3 m³/h
- Working Temperature: 110 ℃
- Circuit Outlet Direction: Sideways
- Interaxial distance: 125 mm
- Number of profiles: 3
- Support ODM/OEM
- Free sample
1. What are the key differences between a vertical separator and a horizontal one?
Separation efficiency of air and impurities: Vertical separators have higher separation efficiency. In vertical separators, gravity can serve as an auxiliary force. Lighter bubbles will rise to the top and be discharged. Heavier impurities will fall to the bottom and be discharged. Vertical models can effectively separate air bubbles larger than 0.2 mm and solid particles larger than 0.5 mm. In horizontal separators, the water flow velocity can sometimes carry along air and smaller particles. At the same flow rate, its effective separation rate for trace pollutants is approximately 15%~25% lower than that of the vertical model.
Pipeline configuration: The installation direction will affect the pipeline layout. Vertical separators are suitable for systems where the water supply pipe and return pipe are laid vertically. Horizontal separators are better suited to systems with long horizontal pipelines.
Internal design: Compared with vertical separators of the same flow rate, horizontal separators usually require more complex internal baffles or a larger diameter. The vertical design uses the equipment’s height for separation. The space utilization rate of the internal cavity is increased by approximately 20% compared with horizontal products.
2. Can the connection method of the Hydraulic Vertical Separator be customized?
Of course! The following threads are available for selection:
- Common Standard Pipe Threads: NPT and BSP are applicable to American and British standard tapered pipe threads, respectively. BSP is also divided into BSPT and BSPP. The former is a tapered pipe thread, used for sealed connections. The latter is a cylindrical pipe thread (parallel thread), which usually requires a gasket or sealing ring to achieve sealing.
- Metric Threads: They comply with ISO 261/724. The unit is millimeters. For example, M20x1.5. They are often used for small valves, instrument connectors, or customization of specific European mechanical equipment.
- Other customizable features: The two ends of the valve body can be configured with internal or external threads. It also supports customization of union, compression, or flared connection methods.
3. What is the lead time for repeat orders of the Hydraulic Vertical Separator?
For repeat orders of products like hydraulic vertical separators, our standard mass production delivery cycle is approximately 30 days.
During this 30-day process, we will confirm the specifications for the Hydraulic Vertical Separator, purchase raw materials, and package the product upon completion of production. Moreover, quality inspection will run through the entire process. Our stable 30-day delivery cycle can help you plan your inventory efficiently, ensuring your business can continuously and reliably supply the market.
It should be noted that if your order involves a completely new design that requires opening new molds, the delivery time will be approximately 45 days.
4. How to trace the quality of raw materials for the Hydraulic Vertical Separator?
We have our own set of procedures to trace and ensure the quality of raw materials for Hydraulic Vertical Separators:
Incoming inspection and reporting: We have a dedicated laboratory. All purchased raw materials will be inspected, and a report will be issued. This ensures that every batch of brass or stainless steel we use meets the standards.
Material analysis: Our quality inspection team will conduct material analysis on raw materials. Verify the chemical composition and physical properties of the materials. This prevents unqualified materials from entering the production line from the source.
Systematic inspection records: We have a team of 9 quality inspection/quality assurance experts. They will inspect all incoming materials and spare parts. The inspection results will be recorded in the “Inspection Report”. The quality process of each link can be traced.
5. Should the Hydraulic Vertical Separator undergo accelerated life cycle testing?
We ensure that the hydraulic vertical separator has excellent durability and a long service life through a series of rigorous tests. Our goal is to ensure that the Hydraulic Vertical Separator is durable and has excellent performance.
- Pressure resistance and tightness testing: We conduct Hydraulic tests and Pneumatic tests on the products. And we ensure 100% pass the leak-proof test.
- Mechanical performance testing: We will conduct Mechanical tests to verify the structural strength and fatigue resistance of the products.
- Corrosion resistance testing: Plumberstar Laboratory has professional salt spray test machines. We run accelerated neutral salt spray corrosion tests here. Our brass products can complete standard 48-hour salt spray tests. Stainless steel items withstand tests lasting up to 200 hours. The tests copy tough working environments. Examples are damp surroundings and water with impurities. We use these tests to check how well valve bodies resist corrosion. This helps equipment run steadily over time under different water quality. It also stops carried fluid from getting secondary contamination.
6. What is your factory’s production capacity for hydraulic separators per month?
The overall shipment capacity of our factory is to transport products in 20 containers per month. Although this quantity includes all 582 types of valves and pipe fittings we produce, it demonstrates our strong production scale and ability to handle large-volume orders. We have:
- Advanced equipment: We have 120 automated CNC robotic machine tools.
- Sufficient factory space: Our factory covers an area of 25,000 square meters.
- An experienced team: We have more than 115 experienced workers.
Our factory can not only meet your large-volume demand for hydraulic separators, but also maintain a production cycle of about 30 days while ensuring quality. You can rest assured that Plumberstar is fully capable of being your stable and reliable large-volume supplier.
