Industrial Machinery & Equipment

The INDUX® Low to Medium Head Heavy Duty Slurry Pump is specially designed for continuous slurry transportation applications where a large flow rate is required at a low to medium discharge head. Ideal for handling medium abrasive and lower solids concentration slurries, this pump series offers reliable performance, enhanced wear resistance, and low operating costs. With a robust double casing, end suction, and overhang shaft design, this heavy-duty slurry pump is a perfect fit for industries that demand consistent slurry handling in medium-duty applications. Key Features of Low to Medium Head Heavy Duty Slurry Pump Double Casing Construction: Ensures higher pressure tolerance and reliable operation even in tough environments. Versatile Material Options: Available in high chrome hard metal or wear- resistant rubber lining to suit specific slurry characteristics and application needs. Optimized for Large Flow, Low to Medium Head Applications: Provides stable and efficient slurry handling with minimal energy consumption.

INDUX® High Head Heavy Duty Slurry Pump are designed for heavy duty applications require high head per stage at high pressures, suitable for long distance transportation or where other applications require more than one pump in series. TYPICAL APPLICATIONS: High Head Heavy Duty Slurry Pumps are specially designed for transporting abrasive and corrosive slurries over long distances and under high-pressure conditions. With advanced wear-resistant and corrosion-resistant materials, these pumps deliver reliable performance in a wide range of demanding industries.

INDUX® WG(H) pump (single casing , overhang shaft, centrifugal, horizontal pump)are designed for continuous pumping of highly abrasive slurries that containing large particles which other INDUX® pumps can not handle, Large passage inside casing make it the best choice for gravel, dredging and other applications where large particles needed to be handled, especially for big flow, high concentration, high head media. Low NPSH requirement and robust design ensures long life under severe duties. TYPICAL APPLICATIONS : Usage of versatile wear-resistant and corrosion-resistant materials allows WG Series slurry pumps to service in various industries, help to reduce operation cost and down time. Applicable especially in slag delivery, dredging, coal washing etc.

A multiple-effect evaporator is a device that efficiently uses steam heat to evaporate water. Water is boiled in a series of heat exchangers, each at a lower pressure than the last, in a multiple-effect evaporator. The benefits of multiple effect evaporators include their suitability for large-scale and continuous operation. When compared to a single effect, it is extremely cost-effective. Multiple effects are employed to reduce the amount of energy required to evaporate unwanted water content. Mechanical Vapor Recompression (MVR) is an energy recovery process that is used primarily in industrial settings. The process involves compressing low pressure vapor to a higher pressure, which increases its temperature. The heated vapor is then fed back into the system to be used as a heat source for evaporation or distillation processes. By compressing the vapor, the MVR evaporation system recycles the thermal energy that would otherwise be lost. This makes the process highly energy-efficient as it reduces the need for external heating sources.

PanGAP wide gap welded plate heat exchanger consists of a welded plate pack with different channel gap available and a frame to reinforce the strength with various configurations, sizes, and geometries to suit almost any process requirements. It is technologically advanced, compact and efficient with channel gap from 5mm to 24mm. It can also be designed with both sides accessible for easy cleaning by hydro-blasting or water lancing. Wide gap plate heat exchanger is a specialized type of plate heat exchanger designed with enlarged flow channels to handle fluids containing fibers, solids, or high viscosity. Unlike traditional plate heat exchangers, the wide gap structure minimizes clogging and enables efficient heat transfer even under challenging process conditions. This makes the wide gap plate heat exchanger particularly suitable for industries that require reliable performance with contaminated or particle- loaded media.

PanBloc welded plate heat exchanger is compact and efficient, although fully welded, is totally accessible on both sides. With no interplate gaskets, problems associated with conventional gasketed plate heat exchangers, such as gasket compatibility, temperature and pressure , are eliminated. The heart of PanBloc consists of laser welded corrugated heat transfer plates of stainless steel or other exotic metals. The heart is enclosed and supported by four corner columns, upper and lower heads and four panels. The totally bolted design allows quick disassembly of the panels for inspection, service and cleaning. Adjustable and removable baffles allow easy variation of pressure drop to satisfy any thermal performance requirement.

PanBox welded plate heat exchanger consists of a laser welded plate pack with optimized corrugated plates all welded together. The plates are available in stainless steel, Titanium and other pressable and weldable metals. Two frame plates hold the plate pack by tightening rods and nuts to make it being able to withhold high operation pressure, at the same time with flexibility during cycling load. A patent of openable design on one side brings customers convenience to open for inspection and service. With no interplate gaskets, problems associated with conventional gasketed plate heat exchangers, such as gasket compatibility, temperature and pressure , are eliminated.

PanPHE gasketed plate heat exchangers are designed with easy access for regular servicing and for a long, low-maintenance lifetime with low life-cycle costs. It consists of a plate pack of a calculated number of corrugated plates with perimeter gaskets clamped securely with tie rods between two thick carbon steel plates. The plates have openings at the corners to direct process and service fluid flows through the interplate passageways. Fluids flow alternately between plates in order to achieve high-efficiency heat transfer. The thin fluid flow and the high turbulence produce low pressure drops and extremely high heat transfer coefficients. PanPHE plates are pressed in a single stroke by large tonnage hydraulic presses. This enables compliance to extremely tight tolerances, allowing large plate packs to be perfectly aligned in an assembled plate heat exchanger. We use plate material of the highest quality and optimum thickness making our plates more reliable and longer-lasting.

Icicleflow GPU PC Liquid Cooler for lntel all Platforms,lntel LGA 1700,13900KAMD all Platforms, AMD3,4,5 Product Parameter Product Parameter： Model: GPU-240/360  Suiutable Socket: lntel all Platforms,lntel LGA 1700,13900KAMD all  Platforms, AMD3,4,5 Pump Head Size: 64x64x27 MM Pump Mounting Hole Dimensions: Customized Pump Bearing: Ceramic Bearing Rated Voltage: 12V DC Pump Flow: 1.5L/MIN Noise:<35 dBA Rated Current: 0.4A±10%MAX Pump Speed: 3200±10%RPM

ITEM CONTENT DESCRIPTION Material Aluminum alloy, AA3003 is commonly used Production Technique Sheet metal stamping and Vacuum brazing Outer Dimension Limit Max. 3800*1100*1100mm L*W*H Surface Roughness Standard 12um or custom Surface Flatness Standard 0.005cm per cm length or custom Working Pressure Normal 1.2 to 5 bars Surface finish Mill finish, anodization, painting or custom Packing way Normal plywood case packing way Main process capabilities includes: Vacuum brazing Control atmosphere brazing Welding CNC machining Aluminum extrusion Aluminum die casting Sheet metal fabrication Surface finish Assembly & packing Other Custom fabrication services

Heatsink Material: Copper Bracket Material: AL6061 Pump Size: 118*78*23.3mm Connector  (Support Customization): Suitable for 6mm inner pipe CPU Socket: LGA4677 Brazing Water Cooling Plate Product Feasture: Skive copper base for easy heat conduction Brazing process Copper skive with high density pin Outer braided rubber hose High flow water pump Low noise design Customized special fasteners Low rate of evaporation design High heat resistance choice(PPS+40%GF housing) Independent pump design Item Sspcification Product descriprion 1U 4677 Brazing cooling plate Cooling plate size L118*W78*H23.6mm Socket LGA4677 Pump rated valtage DC12 V Starting voltage of pump ＞6V Shaft core Ceramic Bearing Ceramic Rated current of pump 0.6A+/-10% Rated speed of pump 3100+/-10% RPM Rated power of pump 7.2W Working temperature range -10℃ to 40℃ Storage temperature range -20℃ to 60℃

1. With CPU temperature display (Really core temperature) 2. 18 kinds of magic light effect changes (Appearance light effect cool) 3. Three-phase non-inductive motor (quiet, low-torque starting) 4. Ceramic shaft core (strong wear-resistant, cooling pump long running guarantee) 5. PPS water parts (high temperature resistance, less deformation, not easy to produce water leakage) 6. High and low temperature resistant sealing material (ensure no leakage) 7. Low noise (quiet product operation, no noise to disturb consumers) 8. Separate blade patented design (unique design for water cooling industry) 9. Product overall low evaporation rate (product liquid life assurance) 10. High and low temperature rubber pipe (product liquid life guarantee) 11. Patented runner - low flow resistance design (water cooling industry unique design, the first use of rubberless shunt design) 12. High ratio of filling space (high filling rate, product life guarantee) 13. Low thermal resistance heat dissipation performance guarantee (reflecting the overall thermal performance of the product) 14. Intel, AMD universal installation backplane bracket installation (easy for consumers to replace the platform) 15. High thermal conductivity pure copper contact CPU (ensure fast heat transfer speed)

The Icicleflow All-in-one Liquid Cooling Intel-DP-1U-10F-2C provides maximum performance and high efficiency for closed 1-height unit server systems. The 10 PWM fans with the dimensions 40 x 40 x 28 mm rotate at a maximum speed of 15000 rpm. The water cooling supports CPUs with a TDP of up to 300 watts. It is compatible with LGA4677/LGA4189/LGA3647 CPUs. Product Parameter Model  Intel-DP-1U-10F-2C TDP  400W Pump Size  117*78*27 MM Fan Speed  15000±10% RPM Fan Noise ＜ 65 dBA Fan Size  40*40*38 MM Radiator Size  457*80*40 MM Pump Bearing  Ceramic Bearing Voltage  12V CPU socket  LGA4677/LGA4189/LGA3647 

220v class: 0.75~5.5kW 380v class: 0.75~55kW Advanced MPPT Algorithm: Employs an improved algorithm to maximize energy harvest from input power under varying conditions, ensuring optimal power output. Comprehensive Voltage Level and Power Range: Accommodates a wide range of voltage inputs and delivers efficient power conversion across that spectrum. Multiple Protection Measures: Provides robust protection against overvoltage, overcurrent, overheating, and other potential threats, ensuring safe and reliable operation. User-Friendly Interface: Features a straightforward and intuitive design that simplifies setup and operation, making it easy for users of all technical backgrounds. Removable Keypad: Offers the convenience of a detachable keypad for programming and system monitoring, promoting flexibility in control and data access.