Other Industrial Equipment

Description The pump is double casing, cantilever and horizontal centrifugal slurry pumps. Pump discharge outlet can be positioned at intervals of 45 degrees by request and oriented to any 8 positions to suit installations and applications. Optional shaft seal types: packing seal, expeller seal, mechanical seal. CKA/CKH/CKM series pumps are designed for handling liquids containing abrasive solids or high density slurry and CKL series pump is designed for transporting low density and low abrasive slurry with small particles in metallurgy, mine, coal, power, building material and general industries. These pumps can be installed in multistage condition to meet the delivery for long distance. CKA/CKH/CKM/CKL series pumps have replaceable SiC composite ceramics or sintered ceramics material liners, impellers. CKH series pump is with high-head performance. CKL series pump is with high speed, compact size, less occupied area. Typical Application: ● Chemical Process ● Heavy Minerals ● Paper and Pulp ● Mill Discharge ● Sugar Beet ● Slag Granulation ● Bottom Boiler and Fly Ash ● Cyclone Feed ● Power Plants ● other industries Features ● Replaceable wear-resistant metal liners, impellers &volute liners are made of ultra wear and corrosion resistance material ( SiC composite ceramics or sintered ceramics). ● Bearing assembly uses cylindrical structure, adjusting the space between impeller & front liner easily, being removed completely when being repaired. Grease lubrication. ● The impeller can be 2--6 blades ones, making the pump more effective. And the pump can achieve in excess of 87% in the best efficiency area. ● Shaft seal could use the packing seal, expeller seal and mechanical seal. One pump also can be use expeller seal accompany with packing. ● The discharge outlet can be positioned at intervals of 45 degrees by request and oriented to any 8 positions to suit installations and applications. ● This pump can be installed in multistage series to meet the delivery for long distance. ● Drive types: direct coupling drive(DC), V belt drive(CR, CV, ZV, CL), etc.

Minimum Order: 1 bags

Features of Miniature Magnetic Gear Pump ? Precision Flow & High Pressure: 0.1-26 ml/rev flow (±0.1% accuracy); Handles 20Bar differential pressure and withstands 600Bar pressure with PEEK material and ceramic shafts. ? Extreme Endurance: -120°C to 150°C; 20,000+ hours lifespan; stable, pulse- free flow. ??Operation: 1-4000 rpm; runs dry self-priming; -0.85Bar inlet vacuum. Core Advantages of Miniature Magnetic Gear Pump ??Proprietary Tooth Profile: For wear resistance and near-pure rolling mesh. ??Optimized Cavity: High-volumetric efficiency, reversible. ??Pulsation-Free Output: Smooth and stable conveying. ??Injection-Molded Gears: Integrity preserved without post-machining. ??Ceramic Shafts: High rigidity and wear resistance for demanding conditions. ??Dry-Running & Self-Priming: gas-liquid two-phase, vacuum intake applications. ??Flexible Motor Options: Full range from AC to DC, including explosion-proof and integrated drives. Micro magnetic gear pumps are designed for precise, stable, and leak-free fluid handling across a wide range of functional applications.With a sealless magnetic drive design, they provide pulse-free flow, accurate control, and reliable operation in both low- and high-viscosity media. These pumps are widely used for lubrication, metering, sampling, circulation, cooling, cleaning, atomization, hydraulic transfer, and pressurization in industrial and OEM systems. Functional Capabilities of Micro Magnetic Gear Pumps Metering Gear Pump for Precision Fluid Transfer Micro Gear Pump for Fluid Pressurization Micro Gear Pump for Precision Atomization Micro Magnetic Gear Pump for Circulation Systems Micro Gear Pump for Precision Cleaning Micro Gear Circulation Pump for Cooling Media Micro Gear Pump for Accurate Fluid Sampling Gear Lube Pump for Lubricant Delivery Micro Gear Pump for Hydraulic Power Transmission Applications of Micro Magnetic Gear Pumps Micro gear pumps are widely applied in diverse industrial and OEM application scenarios requiring precise, stable, and reliable fluid handling.With a sealless magnetic drive design, they deliver leak-free, pulse-free performance and consistent flow control across low- and high-viscosity media. These pumps are commonly used in new energy, refrigeration and liquid cooling, medical and pharmaceutical equipment, semiconductor processes, agriculture, fire protection, and general industrial systems to support metering, circulation, cooling, and fluid transfer functions. Micro Gear Pump Solutions for Medical And Pharmaceutical Fluid Control Diagnosis & Treatment / Production Line & Laboratory Equipment20 March 2025 Micro Gear Pump Solutions for Industrial Fluid Control SCR / DPF/ Filling (Pharma&Industrial&Food) / Purification Systems / Dispensing & Coating / Online Sampling / Steam Generators / Pilot & Small-Scale Test Unit / Chemical Metering / Dosing / Test Benches / Rigs / Online Transformer Oil Analysis / Gas Foil Bearing Systems20 March 2025 Micro Magnetic Gear Pump for Fire Protection and Energy Storage Systems ?Special Fire Protection / New Energy Fire Protection20 March 2025 Micro Magnetic Gear Pumps for Agricultural Fluid Handling Irrigation System20 March 2025 Micro Gear Pump Solutions for Semiconductor Fluid Control Chip Low Temperature Test Stand / Lithography machine system cooling20 March 2025 Micro Gear Pump Solutions for Refrigeration And Liquid Cooling Air Conditioning System / Data Center Liquid Cooling / Industrial Cooling & Temperature Control20 March 2025 Micro Gear Pump Solutions for New Energy Fluid Control Hydrogen Energy Systems / Battery Technology / Energy Recovery20 March 2025 Micro Magnetic Gear Pumps for Aerospace And Advanced Research Fuel Transfer / UAVs / Cooling / Compact Hydraulic Systems20 March 2025 Micro Gear Pump Solutions for Cleaning And Disinfection Fluid Control Mobile Disinfection System / IVD / Microplate Washer / Cleaning and Extraction Equipment20 March 2025 Working principle: Magnetic structure, non-leakage, double gear Pump body material: Stainless steel 304 or 316 Gear material: one SS material, one PEEK material Max. medium temperature: 140℃ Flow rate: 3 - 15L/min Discharge pressure: 0.25Mpa Caliber: 8 - 20mm Caliber connection type: Hose Motor power: 120 - 550W Motor specification: 110/115/120v, single phase 220/240/380/400/415/440v, 3phase, 50/60Hz, etc DC 24V Motor type: Variable frequency, EX motor Main application Chemical, chemical oil, oil, water, etc Model Inlet/Outlet (mm) Capacity (L/min) Pressure (MPa) Speed (r/min) Power (KW) Motor 8CQCB-3 8 3 0.25 2800 0.12 DC24 AC220V/380V 1phase/3phase 50Hz/60Hz Fixed speed/Adjustable speed 10CQCB-5 10 5 0.25 2800 0.18 15CQCB-10 15 10 0.25 2800 0.37 20CQCB-15 20 15 0.25 2800 0.55 What Can We Customize for You? Performance Parameters — Flow, Pressure & Temperature Flow rate from 0.1 ml/rev to 65 L/min. Differential pressure up to 40 bar, pump body pressure rating up to 300 bar. Temperature range -120°C to 150°C. Materials & Interface — Media Compatibility & System Fit Pump body, gears, bearings, shafts, seals — material selection based on your media's corrosiveness, viscosity, and temp. Port threads (NPT, G, ZG) and sizes customized to your piping. Motor & Integration — Power, Control & Mounting BLDC, Servo or AC — we match or integrate your preferred motor. Mounting brackets, shaft extensions, and flanges tailored to your existing system.

Minimum Order: 1 bags

Air Blower pressure relief valve is installed on the inlet & outlet. When the pressure exceeds the pressure value set by the blower, or the pressure fluctuation amplitude in the blower exceeds the set value, the pressure relief valve will open all within 0.2 seconds to release the excess pressure through the air flow, then the blower can be avoid to be overload. When the blower pressure is reduced to a safe value, the valve will slowly closed and will not cause the second pressure fluctuation. The outside material of the pressure relief valve is plastic and internal is steel mesh, acid and wet corrosion. Application: 1.Used in ring blower and suitable both pressure/vacuum use. 2.Static pressure setting easily adjustable. 3.Connect thread suitable for PT.PF and NPT-1 1/4" Precaution: 1.Please keep away from grease or volatile oil/gas. 2.Confirm direction for pressure or vacuum use (see Arrow onthe valve). 3.Durable operation temperature: -10~120ºC 4.Please do not disassemble the relief valve without professional engineers. Customization Available Media< , br>Plastic Certification ISO Model NO. RV-02A Temperature Low Temperature Connection Thread Pressure Adjustable Closed Open Structure Pres , sure Relief Valve Material Stainless Steel Color Black Usage Air Blower Power Pneumatic Valve Seat Single-Seat Transport Package Cartons Specification GV-02A T , rademark Greentech Origin Shandong, China HS Code 8414 Production Capacity 8000sets/Months Package Size 15.00cm * 15.00cm * 25.00cm Package Gross Weight 2.000kg Lead Time 30 days (1 - 1 Pieces) To be negotiated ( > 1 Pieces)

Minimum Order: 5 dozens

liquid ring Self-Priming Pump,Self-Priming Pump，high Self-Priming Pump， ultra-low NPSH pump, vacuum self-priming pump, ballast pump, bilge pump, tank bottom pump, cavitation-resistant pump, gas-liquid mixed transfer pump, liquid mixed transfer pump, gas-liquid pump HSP series pumps are designed and developed by our company for customers and can be mixed with gas and liquid. According to the edge side channel of fluid dynamics, the impeller blades are arranged in a radial shape, which makes the pump have excellent suction capacity. The special design enables it to transport a large number of bubbles in gas or liquid, and must be used under self-priming conditions. It is the best choice for customers such as oil drum, tank truck unloading and geographical self-priming. •Material of the pump: SUS316L •Usage flow: ≤ 20m ³ •Head: ≤ 20m •Motor power: 4KW •Import and export specifications: Ф 50.8 •Connection: fast •Material of the pump: SUS316L •Usage flow: ≤ 40m ³ •Head: ≤ 24m •Motor power: 5.5KW-11KW •Import and export specifications: Ф 50.8, Ф 63.5, Ф 76.2 •Connection mode: live connection, quick installation, flange liquid ring Self-Priming Pump,Self-Priming Pump，high Self-Priming Pump， ultra-low NPSH pump, vacuum self-priming pump, ballast pump, bilge pump, tank bottom pump, cavitation-resistant pump, gas-liquid mixed transfer pump, liquid mixed transfer pump, gas-liquid pump

Minimum Order: 1 bags

Forged Carbon Steel, Stainless Steel & Alloy Steel Flanges NPS 1/2″–24″ Class 150–2500 ASME B16.5 flanges including Weld Neck, Slip-On, Blind, Socket Weld, Threaded and Lap Joint flanges. Material is available in carbon steel, stainless steel and alloy steel grades for oil & gas, petrochemical, refinery, power generation, water treatment, and other industrial piping applications. For stockists, distributors, EPC contractors and industrial project buyers, we provide bulk export supply with material traceability, inspection documentation and technical support. JS FITTINGS supplies the main flange configurations used in industrial piping systems. 1. ASME B16.5 Weld Neck Flanges Weld Neck (WN) Flanges are forged flanges with a tapered hub designed for butt welding to the pipe. They are commonly selected for piping systems where pressure, temperature, mechanical loading and fatigue resistance are important. Typical applications include: Oil & gas pipelines Refineries Petrochemical plants Power plants Process piping High-pressure piping systems For Weld Neck Flanges, the bore should be confirmed according to the connected pipe size and wall thickness. 2. ASME B16.5 Slip-On Flanges Slip-On (SO) Flanges are designed to slide over the pipe and are normally attached by fillet welding. They are widely used where installation simplicity and cost efficiency are important. Typical applications include: Water treatment General industrial piping Petrochemical facilities Low and medium-pressure piping Utility systems Available in different materials, pressure classes and facing configurations according to project requirements. 3. ASME B16.5 Blind Flanges Blind Flanges (BL) have no center bore and are used to close the end of a pipe, valve, pressure vessel or other piping component. They are commonly used for: Pipeline isolation Hydrostatic testing Maintenance access Future pipeline extensions Pressure vessel connections Because a blind flange is exposed to the internal pressure of the closed system, the correct pressure class, material and thickness are particularly important. 4. ASME B16.5 Socket Weld Flanges Socket Weld (SW) Flanges are commonly used for smaller-diameter piping systems where the pipe is inserted into the flange bore and welded. They are widely selected for: High-pressure utility piping Instrumentation systems Chemical processing Oil & gas systems Steam and hydraulic piping Socket Weld Flanges are available in carbon steel, stainless steel and alloy steel grades. 5. ASME B16.5 Threaded Flanges Threaded Flanges, also called Screwed Flanges, have an internal thread that connects with an externally threaded pipe. They can be used where welding is undesirable or restricted, depending on the application and project specification. Common thread options include: NPT BSPT Threaded flange selection should consider pipe thread type, pressure class, material and service conditions. 6. ASME B16.5 Lap Joint Flanges Lap Joint Flanges are normally used together with a Stub End. The flange can rotate around the pipe connection, making bolt-hole alignment easier during installation. They are useful for piping systems requiring: Frequent dismantling Regular inspection Maintenance Easier alignment Corrosion-resistant wetted components Lap Joint Flanges are particularly useful when stainless steel or other higher- cost pipe materials are required while the backing flange can be manufactured from a more economical material

Minimum Order: 5 dozens

elf lubricating axial piston pump PAH、PAHT、PAHF、APP smaller size more effects 1、 principle The pump and the drive shaft parallel to the nine plungers in the swash plate in the rotating cylinder to do the reciprocating movement of the volume changes to achieve the fluid transport. 2、description 1). Transport high pressure, low viscosity and corrosive fluids such as seawater and other high pressure brine; 2). All parts of the pump are corrosion-resistant materials: dual phase steel, super duplex steel and carbon fiber reinforced polyether ether ketone (PEEK); 3). Provide 0.3m3 / h ~ 44.7m3 / h flow range; 4). All components in the pump are highly efficient and stable, and the maintenance needs of very low long life design; 5). The pump is a fixed displacement pump, which is proportional to the number of revolutions of the input shaft and the displacement of the pump, independent of any reverse pressure. 3、advantages 1). Compact, easy to install, flexible and easy to use 2). Low maintenance requirements 3). Total cost of ownership is low 4). High efficiency, low energy consumption 5). The pressure pulses generated in the outlet pressure piping are extremely small and do not require a matching pulse damper 6). Strong and durable, over-flow medium self-lubricating 4、application areas 1).Desalination 2). Drilling platform 3). Garbage permeate 4). Other areas of application of the pump: fire system spray treatment, special separation and so on. 5). Industrial high pressure water jet, high pressure cleaning (such as: LCD panel cleaning, semiconductor silicon wafer cleaning, etc.) and high pressure water jet cleaning system 6). High pressure water mist humidification, cooling, dust removal system 7). Water hydraulic transmission system 5、accessories 1). Check valve with clamp interface 2).High pressure hose 3). Three links / four pressure gauges 4). Safety valve / discharge valve 5). Solenoid valve Rotor energy recovery coaxial boosing decice Rotor energy recovery coaxial booster The device is widely used in various types of reverse osmosis desalination system; the use of "pressurized function of the rotary pressure transmission device" technology to achieve energy recovery equipment and pressurization equipment integration, the reverse osmosis membrane filtration of high pressure concentrated water through the energy The rotor pressure exchange of the recovery device directly transfers the energy to the low-pressure raw water, so that the pressure of the raw water is converted from the original low pressure to the high pressure, and then the pressurized pump is pressurized by the pressurized pump, that is, the high pressure raw water which can reach the reverse osmosis pressure , Reducing the flow of high-pressure pump raw water, thereby reducing the high-pressure pump energy consumption. So the installation of this device can make the reverse osmosis desalination of the operating costs greatly reduced. And reduce the energy recovery and booster pump between the pipeline, valves, meters and other ancillary facilities, simplifying the energy recovery of high-pressure pipeline system design, so that the entire energy recovery system is more concise, saving the area. The device consists of three parts: the motor blade booster pump rotor pressure exchanger; Rotor pressure switch The rotor pressure exchanger uses the positive displacement principle, the low pressure raw water enters the pressure exchanger from one end, the high pressure concentrated water from the reverse osmosis membrane enters the pressure exchanger from the other end. The pressure energy in the rotating chamber by the high pressure concentrated water directly to the pressure can be passed to the cavity of low-pressure raw water, convert it into high-pressure raw water pressure, and high pressure concentrated water into low pressure after the pressure from the low pressure of raw water. This energy conversion efficiency is very high above 95%, higher than the conversion efficiency of turbines 1/3. The technology has been declared national invention patents, with mass production capacity. Blade booster pump By the pump deflector rotor rotor blades and other components. The pump body is a cylindrical hole. There is an eccentricity between the pump body and the rotor impeller. The blade in the rotor wheel groove can be flexible sliding, the centrifugal force in the rotation of the impeller and the role of the mandrel, the top of the blade attached to the inner surface of the pump, so two adjacent leaves, diversion plate, pump and rotor Between the formation of a closed working chamber. When the rotor impeller in the specified direction of rotation, the sealed working chamber volume gradually increased, resulting in a vacuum, then through the diversion of high pressure raw water inhalation. The rotor impeller continues to rotate the blade into the indent, the sealed chamber volume gradually reduced, sealed in the high-pressure water through the other end of the diversion plate is pressurized and output to the system. Since a plurality of passages are provided on the rotor impeller, the rotor impeller rotation process can be sequentially exchanged by a plurality of passages to realize energy recovery and continuously output the pressurized high pressure raw water.

Minimum Order: 1 bags

QXP tangent flow QXP tangent flow pump is using patented technology (patent number: 02257686.X) the development of a single-stage single-suction partial flow pump. The pump is for low flow, high head, especially with solid medium easily worn condition and design. ???? As a result of the tangential-flow pumps pump design techniques, from zero flow to the design flow rate change, the pump head at a constant value, this characteristic is particularly applicable to the case and supporting the use of the nozzle, but also adapt to a variety of other requirements for pumps having a self-adjusting properties occasions, while the pump impeller and the pump cover front and rear gap insensitive, when due to wear, corrosion resulting gap increases, the performance of the pump does not substantially change. ???? The pump column due to its special design, the flow deviates from the design point, the impeller and shaft imbalance radial force action does not exist, to ensure stable operation of the pump, long bearing life. Performance Parameters Click to view QXP low flow high head pump performance tangential flow parameter table

Minimum Order: 1 bags

Metering Pump J-Z series plunger metering pump JCMA electromagnetic diaphragm metering pump J-X series plunger metering pump J1.6 series plunger metering pump J-T series plunger metering pump J5.0 series plunger metering pump J-Z series plunger metering pump J3.0 series plunger metering pump J1.6A series plunger metering J-Z series plunger metering pump J-D series plunger metering pump JDM-S series mechanical diaphragm metering pump JDM series mechanical diaphragm metering pump JM series mechanical diaphragm metering pump JWM-A diaphragm metering pump JZM-A series mechanical diaphragm metering pump JXM-A series mechanical diaphragm metering pump JYMT series hydraulic diaphragm metering pump J-Z series plunger metering pump JYMD series hydraulic diaphragm metering pump JYM5.0 series hydraulic metering pump JYMZ series hydraulic diaphragm metering pump JYM3.0 series hydraulic diaphragm metering pump JYMX series hydraulic diaphragm metering pump JYMX (II) series hydraulic diaphragm metering pump JYM1.6A series hydraulic diaphragm metering pump Atomizer Alkali dosing device Viscosityreducer filling skid Dosing device integration The dosing device Phosphate dosing device JCM1 electromagnetic diaphragm metering pump JCM3 electromagnetic diaphragm metering pump JCM2 series electromagnetic driven diaphragm metering pump

Positive Displacement Rotary Vane Pump Rotary vane pump, urea pump, carbon GY1BF-1 GY1BF-2 GY2AF-1 GY2AF-2 GY2BF-1 GY2BF-2 HL-1 HL-2 HL-GY1AF HL-GY1B-1 HL-GY1B-2 HL-GY2B-1 HL-GY2B-2 HJW-1 HJW-2 HJW-GY2A HJ-GY1BF-1 HJ-GY1BF-2 HJC HTC 新型号New Item NO. 老型号Old Item NO. 口径尺寸（英寸）Diameter inch 材料 Material 不同压力状态下的正常流量及所需要

Minimum Order: 1 bags

Pitot pump,Rotary jet pump,ROTO-JET pump,Pitot tube pump, High pressure single stage centrifugal pump with advanced pitot tube technology R series roto-jet pumps R series roto-jet pump is my company developed a new type of high-pressure chemical pumps.The Roto-jet pumps are single stage pumps of Low Specific Speed. They are suitable for low flow high head fluids transport applications. The Roto-Jet pumps are especially designed for high pressure duties. The total head developed by this type of pumps is the sum of both the static pressure head created by the centrifugal force and the velocity head created by impart effect. They are the most simply construction in the world but also compact and reliability. The Roto-Jet pumps are obviously superior to the other types of high pressure pumps in reliable operation,stability and work life. The patented Roto-jet pump has only two basic working parts…arotating case with a stationary pick-up tube mounted within it. Fluid is directed through thepump inlet into the rotor chamber and as the rotor assembly rotated the fluid is directed toward the inner periphery of the rotor chamber as a result of centrifugal forces.The fluid is intercepted by the stationary pitot tube and then moves through the inlet of the pitot tube,some of the velocity head of the fluid in the pitot is changed to smooth pulsation-free high pressure through a diffuser,then the fluid toward the outlet of the pump for discharge. R series roto-jet pump is mainly used for pumping clean liquids or liquids containing solid particles. Roto-Jet pumps are widely used in petroleum, chemical, fertilizer, metallurgy, mining, carbon black, paper and other industries, is the high-speed centrifugal pumps, high pressure multistage centrifugal pumps and partial displacement pump ideal alternative. Roto-jet pump has become the automotive industry drilling flushing system infusion pumps, carbon black production line feed pump device of choice, and has become the field of chemical waste treatment plant deep, high-pressure food processing CIP cleaning system, cleaning system and paper manufacturing plant industry standard high-pressure cleaning equipment. Single stage, low flow(0～100m3h), high pressure(100～1000m). At low speed (3000 rpm) can achieve high head (up to 500 m). Simple structure, small volume, less moving parts; Almost free maintenance, low maintenance cost, long service life. Inside the pump only has two basic working parts: a rotating rotor and a stationary receiving tube. The rotor adopts forging manufacturing techniques, after strict high-precision dynamic balance test, effectively guarantee the product more stable and reliable running. Seal reliability is strong, only in the low pressure pump inlet has a mechanical seal, solved the high pressure pump the prevalence of high pressure sealing problem. Has the advantage that the total head curve scope of work, at any point are all have stable hydraulic pressure output without pulsation. Anti-cavitation performance is good, can take a certain amount of gas to run, to avoid the liquid to cause the damage of the pump Flow characteristic curve smoothing,and output liquid pressure without pulsation, very suitable for the requirements of a more balanced fluid production jobs. The pump does not generate an axial force, the axial force mainly from the inlet pressure. All seals are made of good reliability of imported products, mechanical seals for the balanced single mechanical seal. Performance of the adjustment can be through changing the rotating speed of pump and/or replacement of different size of the receiving tube. All the parts inside the pump chamber are easy installation and removal, including mechanical seals included, can be easily maintained. Efficiency compared with the high pressure multistage centrifugal pump, high- speed centrifugal pump, plunger pump high pressure pump is higher. Combines multistage centrifugal and positive displacement pumps advantages, while avoiding the two pumps in the structure of the shortcomings. Capacity：0～100m3/h Hea , d：40～1050m Speed：≤5015r/min Suction Pressure：≤1.5MPa Temperature up to：≤180°C The highest temperature：According to the conditions determined Maximum power：≤250kw Ways of changing speed：converter、gears、belts RO series heavy oil conveying type roto-jet pumps RN Series Dosing Type Roto-Jet Pumps RG Series of Industrial Roto-Jet pumps RC series Chemical Roto-Jet pumps RX series high pressure washing roto-Jet pumps RFM series mining Roto-Jet pumps Model180 Roto-Jet Pumps The patented Roto-Jet pump has only two basic working parts…arotating case with a stationary pick-up tube mounted within it. Performance can be adjusted by changing speed and/or pick-up tube Rugged simplicity…only two working parts. All internal parts readily accessible,including mechanical seal. Mechanical seal easily maintained. Compact design, saves valuable space. Grease lubricated bearings isolated from the pumped liquid. Especially suitable for small flow condition to constant long term performance. Constant long term performance. Reduced parts inventory. Suction Pressure： ≤1.0MPa Capacity： 0~5.5m3/h Head： 40~210m Speed： ≤5015rpm Efficiency： ≤48% Power： 1.5~4kw

Minimum Order: 1 bags

Product Name:  Wired - Intelligent industrial monitoring host Model No:  SS-HOST-THG220V Product Description: According to the industrial design standards, research and production of anti-intelligent control host, equipped with color industrial touch screen, high resolution, fast refresh speed, operation and browsing is very convenient and comfortable. The touch screen can set alarm threshold, the host has switch input, relay output, sound and light alarm, historical record recall query, alarm record query, data packaging transmission and other functions, support Ethernet, optical fiber, RS485, RS232, 4-20mA and other communication methods. Stable performance, easy installation and maintenance, widely used in coal mines, power plants, petrochemical and other industrial sites with explosion- proof requirements, for collecting, processing, display and transmission of field environmental transmitter data, and according to the set threshold real-time alarm. Main Features: 1.220V AC power supply with circuit breaker and fuse protection 2.Built-in industrial power module, can provide 24V/10A stable DC power output 3.Unique host ID, easy to manage and identify 4.Automatically identifies the slave device of the RS485 port 5.Support historical data recall query, alarm record query 6.Supports alarm threshold setting, on-site alarm, and remote confirmation Main Application: Stable performance, easy installation and maintenance, widely used in coal mines, power plants, petrochemical and other industrial sites with explosion- proof requirements, for collecting, processing, display and transmission of field environmental transmitter data, and according to the set threshold real-time alarm.

Minimum Order: 1 bags

According to the industrial design standards, the development and production of explosion-proof intelligent control host is equipped with color industrial touch screen, high resolution, fast refresh speed, easy to operate and browse. The touch screen can set alarm threshold, the host has switch input, relay output, sound and light alarm, historical record recall query, alarm record query, data packaging transmission and other functions, support Ethernet, optical fiber, RS485, RS232, 4-20mA and other communication methods. With explosion-proof function, can be directly installed in the explosive area for use. Stable performance, easy installation and maintenance, widely used in coal mines, power plants, petrochemical and other industrial sites with explosion-proof requirements, for collecting, processing, display and transmission of field environmental transmitter data, and according to the set threshold real-time alarm.

Minimum Order: 1 bags

Product Description Vertical High-speed Centrifugal Pumps File description HSP-V vertical high-speed centrifugal pumps can replace imported high-speed pumps and have features of good performance, compact structure and high reliability. Their parts and components can be interchangeable with imported products. They can replace multi-stage pumps and reciprocating pumps. Their maximum flow rate is 120m3/h, maximum head is 1920m, maximum suction pressure is 6.8MPaG, maximum power is 160KW and working temperature range is -130º C~+340º C. NOPump Type HSP-V1 HSP-V2 HSP-V4A 1Max. Flow (m3/h) 150 52 250 2Max. Head (m) 1920 915 2180 3Max. Motor Power(kW) 132 37 315 4Speed Range (rpm) 4950~23700 4900~14179 4950~23700 Horizontal High-speed Centrifugal Pumps File description HSP-H horizontal high-speed centrifugal pumps are single-stage, single-suction and overhung pumps, which are mainly composed of motor, gearbox, pump unit, lubrication system and base plate. They have features of stable characteristic parameters, simple structures, easy maintenance, high reliability and long serve life. A backflow stabilizer is integrated into the GSB-W5/W7 pump units, which improves the pump performances at the low flow section and broadens the flow regulating ranges. Advanced high speed thrust bearings are adopted, which enables the suction pressure to reach 10.0 MPa. Detailed profile NO Pump Type HSP-H 3A HSP-H 4 HSP-H 5 HSP-H 7 1Max. Flow ( m3/h) 110 30 250 300 2Max. Head (m) 650 500 3000 3600 3Max. Motor Power(kW) 132 37 400 600 4Speed Range (rpm) 6700~9800 6100~30000 7000~16000 7000~19000

Minimum Order: 1 bags

MODIA® Precision Ceramic Bearings — Corrosion-Resistant, Non-Magnetic, Electrically Insulated, High-Speed Overview Wuxi Maida Bearing Co., Ltd. (brand: MODIA®) supplies precision full ceramic and hybrid ceramic bearings engineered for the most demanding operating conditions — corrosive washdowns, high temperatures, high speeds, and magnetic-sensitive environments where standard steel bearings fail early. From compact 608-size bearings for high-speed equipment to custom non-standard ceramic bearings for industrial machinery, every unit is manufactured to tight tolerances and inspected before shipment. Key Benefits (feature → benefit) 1. Superior corrosion resistance — Ceramic materials withstand seawater, most acids and alkalis, and chemical environments where steel bearings rust quickly. Ideal for marine, food processing, chemical, and plating equipment. 2. Electrically insulated — Ceramic is an excellent electrical insulator, protecting motor bearings from shaft-current damage and fluting in VFD-driven and inverter motors — a common cause of premature motor failure. 3. Non-magnetic — Safe for MRI equipment, electronic instruments, and other magnetic-sensitive applications. 4. Higher speed, lower friction — Ceramic balls are harder, lighter, and rounder than steel balls. Lower friction and better heat tolerance allow higher rotational speeds and longer service life. 5. High-temperature capability — Operates reliably in high-temperature environments (up to ~800 °C continuous for silicon nitride in oven/kiln applications) where standard steel-and-grease bearings fail. 6. Lightweight — Silicon nitride is roughly 40% lighter than bearing steel, reducing centrifugal load and extending life at high RPM. 7. Dry / low-lubrication operation — Full ceramic versions can run dry or with minimal lubrication, suitable for vacuum and clean-room environments requiring oil-free operation.