Chemical Equipment & Lab Supplies

KES has always been committed to producing high-quality zinc and aluminum alloy high pressure die-casting products, adhering to keeping pace with the times, reform, and innovation; at the same time, the company has a mold design and manufacturing team composed of more than 30 top talents and advanced processing equipment to provide our customers with a series of services from drawings to finished products. We are one of the leading precision high pressure die casting companies in China and offer low cost die casting on the basis of ensuring quality. The scope of services includes different types of die casting, the core is mould die casting. Die Casting Methods/Different types of pressure die casting process Die Casting Method by Material : The main die casting alloys include aluminum and zinc which are the non-ferrous alloys. They are used in the process of high pressure die casting chinasince they with some mechanical properties are the optimal choices that can meet various die casting needs. They are corrosion-resistant, stable in dimension, easily-cast, recyclable, and have a good resistance of high operation temperature during. Aluminum Die Casting Find aluminum high pressure die casting service? Click to get more information & die casting price! Read More Zinc Die Casting Find zinc high pressure die casting service? Click to get more information & die casting price! Read More Die Casting Method by Equipment : It's impossible for only one process to meet all the needs of the projects. There are different machines with various sizes applied in the process according to the high pressure die casting needs. Aluminum alloy is suitable for cold chamber die casting, and zinc alloy is suitable for hot chamber die casting. KES has the two processing method to satisfy the die casting needs: Cold Chamber Die Casting Hot Chamber Die Casting Difference Between Aluminum and Zinc Die Casting Die casting is an alloy high pressure casting manufacturing process in which molten metal is poured or forced into steel molds. The methods also include hot chamber die casting and cold chamber die casting. The molds—also known as tools or dies—are created using steel and are specially designed for each project. This allows each component to be created with accuracy and repeatability. Aluminum and zinc are the most commonly used die casting alloys. Aluminum alloys and zinc alloys have their own advantages and irreplaceability, let us see how to choose when necessary. Benefits of Aluminum Die Casting: The price of zinc alloy is similar to that of aluminum alloy. If the structure and die-casting process permit it, of course aluminum alloy is more cost- effective. Low material cost High die casting capacity Wide range of applications Suitable for mass production Benefits of Zinc Die Casting: The performance of zinc alloy die casting is better, and there are many advantages. It is a good choice when the scope of application is suitable and the budget is sufficient. Good forming performance Compression and wear resistance Easy surface treatment Long lasting Wanna know more about advantages of High Pressure Die Casting? Die casting can have significant advantages over other manufacturing processes, which often lead to major cost savings, not only in the part price itself but also in the overall cost of production. When you cast a part, you can create complex net shapes, including external threads and complex internal features with minimal draft angles- minimizing secondary operations. You can also combine multiple parts into a single part, eliminating assembly operations and lowering labor costs, with the added benefits of simplified stock control and greater component consistency. Aluminum & zinc die casting(cold chamber and hot chamber die casting), you can choose what you want. FAQ of Die Casting Q: Why is die casting used? Accuracy and stability: The parts made of die casting are durable and dimensionally stable, and they also have strong heat resistance. Strength and weight: Die casting parts are stronger than plastic injection parts of the same size. Q: What is the difference between die casting and injection molding? The main difference between die casting and injection molding is the raw materials used. Die casting uses a certain metal (usually aluminum alloy or zinc alloy) as the raw material, while injection molding uses plastic or polymer. Q: What is made from die casting? Die casting has a wide range of applications, from industrial spares to household parts. The most common are auto parts, communication equipment and small home appliance housings, etc. Q: What is the difference between hot chamber and cold chamber die casting? The difference between hot chamber and cold chamber die casting processes is that die casting hot chamber heats metal inside the casting machine, whereas cold-chamber die casting heats metal in a separate furnace and then transferring the newly molten metal into the casting machine. KES ( Shenzhen Kangensheng Technology Co., Ltd. ) is a professional die cast metal suppliers. We provide Aluminum Die Casting, Zinc Die Casting, Cold Chamber Die Casting and etc. Want to know about steps of die casting? Please contact us.

The principle is that a fluid flowing past a heated temperature sensor removes a known quantity of heat as it passes.In a thermal flowmeter, the fluid has to pass two temperature sensors. BCST smart flow meter Introduction The principle is that a fluid flowing past a heated temperature sensor removes a known quantity of heat as it passes.In a thermal flowmeter, the fluid has to pass two temperature sensors. One sensor obtains a reference value by measuring the actual process temperature. The second sensor is a heating element and it receives precisely as much energy as is needed to compensate for dispersed heat and maintain a precisely defined temperature difference. The higher the mass flow past the heated temperature sensor, the more heat is dissipated and the more power has to be input to the element to maintain the temperature difference. Heating current, therefore, is a measure of the mass flow of the gas. Due to the sensor temperature is always 30℃ higher than the medium temperature (environment temperature), and the meter adopts method of constant differential temperature, therefore the meter do not need to do temperature and pressure compensation in principle. BCST Thermal Mass Gas Flow Meter Features 1. Measure mass flow , no need for humidity and pressure compensation. 2. Large rangeability, flow velocity: 0.1 Nm/s~100Nm/s. 3. No pressure drops, applicable to any section pipe. 4. Anti-corrosion, applicable to corrosive gas. 5. Online installation and maintenance. 6. Measures mass flow directly - without additional pressure and temperature inputs 7. Accurate measurement and operation at very low gas pressures and flow rates 8. Negligible pressure drop Insert type Pipe type Medium Single gas ( except acetylene gas) or mixed gas of fixed Pipe size DN80-6000mm DN15-2000mm Velocity 0.1Nm/s~100Nm/s ( standard working condition 20 ℃101.33Kpa) Accuracy +1% Medium temperature -40~200℃ Pressure 2.5Mpa 4.0Mpa Power supply AC220V or DC24V for integral converter and AC220V for split converter. Response time ≦1s Signal output 4~20mA RS-485,Modbus   Display Instantaneous flow, mass flow, volume flow, cumulative flow, Beijing time, running time. Sensor IP code IP68 Converter IP code IP67 for integral typeIP 65 for split hanging typeIP 52 for split box type Explosion proof degrade Exd IΙ CT 4 If you want to know more products of our company, please click here https://www.bcstgroup.com/

JC-040 series smart precession whirlpool flowmeter uses new microprocessing techn ology with strong function, wide flow range, simple maintenance and co nvenient installation & use. It is widely used in industries such as petrol, chemical, power, metallurgy and coal, etc. BCST Natural Gas Flow Meter Feature  1. Built-in pressure, temperature and flow sensors with high safety, compact structure and exquisite shape. 2. Local indication of temperature, pressure, instantaneous flow and accumulative flow. 3. Use new signal processing amplifier and unique filtration technology, effectively eliminate interfering signal generated by pressure fluctuation and pipeline vibration, greatly improve anti-interference ability of flowmeter, and make good stability of little flow. 4. Special time indication and real-time data storage function; under no circumstance will the internal data be missing and will be stored forever. 5. Password protection 6. Low power consumption, internal battery supply, no need for external power supply. If you want to know more about this product, you can click the link below https://www.bcstgroup.com/product-jc040-v , ortex-nature-gas-flow-meter.html 1. Specificat , ion, basic data and performance   Model Nominal Diameter DN(mm) Flow Range (m3/h) Instrument Factor (1/m3) Pressure Rating (MPa) Accuracy Remarks JC-040-25 25 2.5 - 30 240000     1.6; 2.5; 4.0     1.5 Aluminum alloy housing for  PN≤1.6MPa; cast steel or SS housing for PN≤4.0MPa; please specify for PN＞4.0MPa JC-040-32 32 4.5 - 60 90000 JC-040-50 50 10 - 150 24000 JC-040-80 80 28 - 400 4800 JC-040-100 100 50 - 800 2800 JC-040-150 150 150-2250 680 JC-040-200 200 360-3600 210 Note:  1. Flow ranges listed in the table are those tested in the factory (Normal temperature, normal pressure, air medium, ρ = 1.205 kg/m3)  2 .Flow range will be enlarged along with the enlargement of pressure  Standard Conditions: P = 101.325kPa, T = 293.15K 3. BCST Vortex Natural Gas Flow Meter Use Conditions Ambient temperature: -30 ~ +60℃ Medium temperature: -20 ~ +80℃ Relative humidity: 5% ~ 95% Atmospheric Pressure: 86kPa ~ 106kPa 4. Electric Performance Working Power: external power: +24VDC  Internal power: 3.6V lithium battery Power Consumption: external power, ＜ 1W Internal power, ＜0.3m W, two-year service life for Lithium battery Output: frequency signal 4-20mA current signal: corresponding flow 0~Qmax, corresponding flow of 20mA can be set by user. RS485 Communication: can transmit temperature, pressure, instantaneous flow and accumulative flow. 5. Explosion Proof: Exd II CT6 6. Enclosure: IP65 1. When ordering, proper specification should be selected according to nominal diameter, flow range, nominal pressure, max pressure, temperature and ambient conditions. Explosion proof type must be selected for hazardous locations. 2. Generally the flowmeter is basic type, if you require pulse output or RS485 communication please specify when ordering. 3. Assorted product: can go with JCPR-7600 Flow  totalizer, via RS485 interface to realize off-site indication (distance no more than 100m) If you want to know more products of our company, please click here https://www.bcstgroup.com/

JC091 Insertion Remote Electromagnetic Flowmeter BCST Battery Electromagnetic Flowmeter is a new fluid flowmeter developed based on pipe-type electromagnetic flowmeter. Besides preserving the merits of pipe- type electromagnetic flowmeter and considering such defects of pipe-type electromagnetic flowmeter as difficult installation on large pipes and high cost. Compared to ordinary electromagnetic flowmeter, sensor of BCST insertion electromagnetic flowmeter generates external emission magnetic field on outer side. The measuring electrodes are at the ends or on both sides of the sensor. Principle of electromagnetic flowmeter is shown in the figure below. It is noteworthy that in external emission magnetic field, the induction signal of electromagnetic flow sensor will reduce the linearity of measurement in case of being affected by fluid and thickness of the magnetic field's boundary layer. In terms of JC091 insertion electromagnetic flowmeter, conducting liquid in pipeline is the conductor moving in magnetic field and distance between two electrodes is the length (L) of conductor.  Accuracy ±0.5%~±1.5% (under reference conditions) Caliber (mm) DN100~DN3000 DN100~DN3000 Flange Conforming to GB9119, stainless steel Pressure rating 1.6MPa Material of converter housing Die-cast aluminum alloy Material of sensor housing Stainless steel Material of sensor structure Stainless steel/PVDF Weight 6 kg Electrical conductivity ≥5μs/cm (negotiate with us for ordering in case of less than 5μs/cm) Electrode  316L, hastelloy, titanium, tantalum and platinum Protection grade IP65 IP65/IP67(IP68 is optional to sensor) Medium temperature -25℃~80℃ -25℃~120℃ Ambient temperature -25℃~60℃ Effect of ambient temperature <±0.1%/10℃ or <±0.25%/10℃ Repetitiveness ≤±0.01% or ≤±0.25% Analog output error ≤±0.02mA Flow rate within measuring range ≤10m/s Available to be buried — ≤5m (only IP68) Electrical connection M20*1.5 seal, G1/2 and NPT1/2 Sensor cable <30M (negotiate with us for ordering in case of over length) How to order JC091 Insertion Remote Electromagnetic Flowmeter  Medium  Pipe size  Working pressure  Working temperature  Power supply  Other requirement  If you want to know more products of our company, please click here https://www.bcstgroup.com/

Product model:CY-MSM20-8 (Non-consumable) metal melting suction casting furnace (Non-consumable) The metal melting suction casting furnace is a small arc melting furnace, which can either smelt metal ingots or suction ingots to achieve multiple uses in one furnace and meet the various needs of customers. The furnace is equipped with a visual vacuum pressure gauge to directly observe the vacuum degree in the chamber. The alloy ingot can be turned for multiple melting without damaging the protective atmosphere of the gas, and multiple samples (less than 7) can be prepared at the same time. It is an ideal equipment for preparing metal and alloy samples in universities and research institutes. It can be used for the preparation, purification and mixing of new alloy materials, such as high entropy alloy and high temperature alloy. (Non-consumable) The metal melting and suction casting furnace uses tungsten needles as electrodes. The melting point of tungsten is extremely high, and the arc temperature can reach 4000℃, which can melt almost all metals. During the working of the furnace, the electrodes and crucibles should be cooled with circulating water to ensure that the electrodes and crucibles will not be melted. Installation conditions This equipment is required to be used at an altitude below 1000m, temperature 25 ℃ ± 15 ℃, humidity 55% Rh ± 10% Rh. 1. Water: The equipment is equipped with a self-circulating cooling water machine (filled with pure water or deionized water) 2. Power: AC380V 50Hz (63A air switch), must be well grounded 3. Gas: The equipment chamber needs to be filled with argon gas (purity above 99.99%), and an argon gas bottle must be prepared by yourself (with Ø6mm double card sleeve connector) 4. Workbench: (floor-standing) size 900mm × 600mm × 700mm, bearing more than 200kg 5. Ventilation device: need Main features 1. Equipped with a Ø120mm furnace door, convenient take put the samples. 2. With front and rear observation windows, it is convenient to observe the arc melting state. 3. The vacuum chamber, copper crucible, and arc starting electrode are all water- cooled. 4. The up and down movement adopts the steering wheel design, and the joystick can be rotated flexibly. 5. In order to ensure that the alloy ingot is turned for multiple melting without damaging the protective atmosphere of the gas, a manipulator turning mechanism is used in the melting furnace. 6. The crucible is small in size and large in number, which can facilitate the production of multiple samples and avoid mutual pollution between samples. 7. Simple operation, safe and convenient, compact design, minimal footprint. Technical parameters 1. Power supply: AC380V 50Hz (optional) 2. Overall power: <10KW (optional) 3. Vacuum chamber: Ø200mm × 300mm 4. Crucible: 7 Standard crucibles, size: φ25 (melting capacity: 15g stainless steel)        Suction casting sample: φ6 (melting capacity: 15g stainless steel)        The following are optional:        One 50g crucible, size: φ40x20 (melting capacity: 50g stainless steel)        4 φ25x12.5 (smelting capacity: 20g stainless steel)        Another suction casting sample: φ10x75 (melting capacity: 15g stainless steel) 5. Some accessories can be changed for 50g stainless steel sample melting and casting (the melting current needs to reach 300A) 6. Vacuum degree: When equipped with our molecular pump, it can reach 1E-5mbar, and rotary vane pump can reach 1E-3mbar (the diffusion pump can also be configured by yourself to obtain better vacuum) 7. Non-consumable arc starting electrode: tungsten needle (W) 8. Scope of application: It can be used for smelting metal materials with a melting point lower than that of tungsten metal. 9. Melting temperature: up to 3000℃, it can melt almost all metals 10. Output current: 20-315 (A) Product specifications Size: 470mm × 315mm × 880mm (excluding power supply); Weight: 50kg Standard accessories 1. One set Host (including melting power supply) 2. Suction casting kit 3. One set of mechanical pump (including filter) 4. One water chiller 5. Welder 6. Furnace frame Optional accessories 1. High vacuum system 2. Anti-corrosion digital vacuum display meter (measurement range: 3.8 × 10-5torr to 1125 Torr) 3. Molecular pump unit 4. Vacuum unit

Minimum Order: 1 bags

Product model CY-MSM20-7 (non-consumable) mini metal melting furnace is a small high vacuum arc melting furnace, which is equipped with a visual vacuum pressure gauge to directly observe the vacuum degree in the chamber. The alloy ingot can be turned for multiple melting without destroying the protective atmosphere of the gas, and up to 7 samples can be prepared at the same time. The mini metal melting furnace is small in size, simple and convenient to operate, and can smelt a large number of samples. Therefore, it is an ideal equipment for preparing metal and alloy samples in universities and research institutes. It can be used for the preparation, purification and mixing of new alloy materials, such as high entropy alloy and high temperature alloy. Mini metal melting furnace uses tungsten needles as electrodes. The melting point of tungsten is extremely high, and the arc temperature can reach 3000℃, which can melt almost all metals. When the furnace is working, the electrodes and crucibles should be cooled with circulating water to ensure that the electrodes and crucibles will not be melted. Installation conditions This equipment is required to be used at an altitude below 1000m, temperature 25 ℃ ± 15 ℃, humidity 55% Rh ± 10% Rh. 1. Water: The equipment is equipped with a self-circulating cooling water machine (filled with pure water or deionized water) 2. Power: AC380V 50Hz (63A air switch), must be well grounded 3. Gas: The equipment chamber needs to be filled with argon gas (purity above 99.99%), and an argon gas bottle must be prepared by yourself (with Ø6mm double card sleeve connector) 4. Workbench: (floor-standing) size 900mm × 600mm × 700mm, bearing more than 200kg 5. Ventilation device: need Main features 1. Equipped with the Ø120mm furnace door, convenient take put the samples. 2. With front and rear observation windows, it is convenient to observe the arc melting state. 3. The vacuum chamber, copper crucible, and arc starting electrode are all water- cooled. 4. The up and down movement adopts the steering wheel design, and the joystick can be rotated flexibly. 5. In order to ensure that the alloy ingot is turned for multiple melting without damaging the protective atmosphere of the gas, a manipulator turning mechanism is used in the melting furnace. 6. The crucible is small in size and large in number, which can facilitate the production of multiple samples and avoid mutual pollution between samples. 7. Simple operation, safe and convenient, compact design, minimal footprint. Technical parameters 1. Power supply: AC380V 50Hz (optional) 2. Overall power: 7.5KW (optional) 3. Vacuum chamber: Ø200mm × 300mm 4. Crucible: 7, size: φ25 (Special sizes can be customized according to customer requirements) 5. Vacuum degree: When equipped with our molecular pump, it can reach 1E-5mbar, and rotary vane pump can reach 1E-3mbar (the diffusion pump can also be configured by yourself to obtain better vacuum) 6. Non-consumable arc starting electrode: tungsten needle (W) 7. Scope of application: It can be used for smelting metal materials with a melting point lower than that of tungsten metal. 8. Melting temperature: up to 3000℃, it can melt almost all metals 9. The maximum melting capacity is about 100 g (iron) in a 70 mm single cavity crucible (Optional) Product specifications Size: 470mm × 315mm × 880mm (excluding power supply); Weight: 50kg Standard accessories 1. One set Host (including melting power supply) 2.Rotary vane mechanical pump and connecting pipeline 1 set 3. One water chiller Optional accessories 1. High vacuum system 2. Anti-corrosion digital vacuum display meter (measurement range: 3.8 × 10-5torr to 1125 Torr)

Minimum Order: 1 bags

Mini Arc Melting Furnace Mini Arc Melting Furnace (Quartz chamber) is a cheap and small vacuum arc melting furnace with tungsten electrode and water-cooled copper crucible. The melting temperature of the equipment can exceed 3000℃, and then the temperature is quickly reduced. The transparent quartz chamber can be used to observe the melting of the sample at 360 degrees. CY-MSM-130A is a high quality and inexpensive experimental tool for sample smelting, heat treatment, and the phase diagram study. Product model CY- MSM-130A  Main features 1. Design melting sample amount ≦ 10 g, temperature can reach 3000 ℃. 2. Adopt transparent quartz cavity (with protective cover), which can observe the melting situation of the sample at 360 °. 3. Water-cooled copper crucible. 4. The melting gun angle can be adjusted. 5. The vacuum interface is connected with a flexible bellows to ensure tightness. Technical parameters 1. Vacuum gauge A mechanical pressure gauge is installed on the device to measure the pressure inside the chamber Optional digital display anti-corrosion vacuum gauge 2. Arc power Input voltage: 380VAC, three-phase Max input current: 10A. (Requires a 40A air switch) Output voltage / current: 22.6 V / 315A (DC) Push button switch controls power output 3.Tungsten electrode Equipped with a 4mm diameter tungsten electrode with water cooling on the head Electrode gun angle adjustable for smelting multiple samples Meltable sample amount <10 g, temperature reaches 3000 ℃ 4.Crucible Equipped with a water-cooled copper crucible with 4 work stations, each station is Φ25mm × 7mm Copper crucibles of various sizes can be customized according to customer requirements 5. Chamber Quartz chamber with Φ168 × 136mmH Product specifications Furnace size Furnace body: 500 mm L × 450 mm W × 720 mm H Power supply: 460mm L × 306mm W × 305mm H Standard accessories 1 set Melting furnace host 1 Argon arc welder 1 Chiller 1 furnace frame 1 Vacuum pump Optional accessories Suction Casting Parts (Please contact our company when you need to buy) Application considerations 1.Vacuum pump (optional) Optional various vacuum pumps  Vacuum degree: 10 ^ -2 torr (mechanical pump) 10 ^ -5 torr (molecular pump system) 2.Water chiller (optional) When the equipment is running, cooling water is needed to cool the arc gun and the copper crucible. Optional circulating water chiller CY-5000 can be purchased from our company (water pipe specifications are 12mm outer diameter x 8mm inner diameter)

Minimum Order: 1 bags

Metal smelting tube sealing furnace Metal melting tube sealing furnace is a special equipment for melting various metal samples under vacuum conditions. It is mainly used for the preparation of various metal samples and also for the sealing and welding of metal pipes. Product model CY-MSM25-4 (Non-consumable) Metal smelting tube sealing furnace Main features This equipment has the advantages of small size, stable performance, simple and convenient operation and so on. Technical parameters 1. Arc melting chamber: φ200mm × 300mm. The surface of high-quality stainless steel is selected for electrochemical treatment. 2. Melting sample: weight ≤15g (calibrated with stainless steel) / per melting cavity, total 4 melting working stations. 3. Pipe sealing station: can weld the tantalum tube diameter φ5-φ14mm, length 50- 100mm; station rotation automatically, speed can be adjusted 0-45rpm. 4. Vacuum degree: The standard mechanical pump is 6.0E-1Pa. If another molecular pump can reach 5.0E-3Pa (the vacuum gauge is not provided as standard) 5. Arc starting mode: high frequency arc starting. 6. Rated input power: 10.4 KVA 7. Cooling method: circulating water cooling Product specifications Net Weight: 50kg Standard accessories 1 set Melting furnace host 1 Argon arc welder 1 Chiller 1 furnace frame 1 Vacuum pump Optional accessories Suction Casting Parts (Please contact our company when you need to buy) Application considerations 1. Do not loosen the outer nut during any process, otherwise the electrode will leak. 2. The whole machine should be placed in a dry and clean environment. 3. Regularly check whether the pipeline is smooth and clean the scale in time. The moving joint ball in the middle of the electrode rod needs to be frequently applied with some vacuum grease. This helps to reduce the wear of the seal ring, improves the flexibility of the rod, and can increase the sealing effect of the melting chamber. 4. The melting chamber should be kept clean, especially important parts such as front and rear observation windows, copper crucibles. The equipment needs to be at vacuum state to save when not in use.

Minimum Order: 1 bags

Vacuum arc melting furnace CY-AM180-V7X This product is a small vacuum arc melting furnace with tungsten electrodes and water-cooled copper crucible. The equipment melting temperature can exceed 3000℃, and the temperature is reduced rapidly. The equipment adopts stainless steel water- cooled chamber and is equipped with a quartz observation window to observe the sample melting condition, which is very suitable for sample melting and heat treatment, phase diagram research. During smelting, the metal is placed in the water-cooled copper crucible. According to the process requirements, the furnace can be filled with high-purity inert protective gas, and the high-temperature plasma generated by the arc is used to melt the metal. Multi-station copper crucible can be used for a variety of small metal (about 3g ~ 5g per station) smelting in sequence, with the side control lever for tilting and rotating metal ingots after smelting. There is a larger cavity in the middle of the copper crucible for mixed smelting of the alloy (which can hold about 25g). The smelting furnace is also equipped with a vacuum suction casting mold. The user can replace and install it by simple tools. After replacement, the vacuum suction casting function can be realized. The cylindrical metal sample can be made to facilitate subsequent cutting, clamping and analysis operations. The device has the advantages of small size, stable performance, simple operation, comprehensive functions and convenient use, and is very suitable for laboratory research on small doses of metal samples. Technical parameters: Supply voltage:AC380V (three phase) or AC220V, 50Hz Power:Customizable, default 18kW (three-phase 380V) / 13kW (AC220V) Chamber material:Stainless steel Cooling method:Water-cooled chamber, water-cooled electrode, water-cooled copper crucible Chamber size:O.D φ200mm×H.180mm Observation window diameter 40mm Crucible: Water-cooled copper crucible with 7 cavities, six cavities φ25mm×8mm, medium large working cavity φ40mm×12mm, which can be used for mixed smelting alloy Vacuum suction casting mold crucible, φ40mm×12mm Water-cooled connector:1/4-inch quick plug interface Vacuum interface:KF16 flange Vacuum pump:Rotary vane pump; molecular pump set is optional Intake interface:1/4-inch quick plug interface Intake valve:Stainless steel needle valve Vacuum gauge:2.5-stage pointer vacuum gauge Overall dimension:600mm×500mm×800mm (without vacuum system and external power supply)

Minimum Order: 1 bags

This product is a vacuum induction furnace with induction heating, and the melting temperature of the equipment can reach 2000℃. The induction furnace adopts a stainless steel water-cooled chamber and is equipped with a quartz observation window to observe the sample melting condition. It is suitable for sample melting and heat treatment, phase diagram research. The equipment adopts high-quality high- frequency induction power supply and supports customized maximum 60KW high- frequency induction power supply. The equipment is equipped with a high-vacuum molecular pump set, which can effectively improve the vacuum degree of the substrate and thus improve the quality of the melting. The equipment is also equipped with a lifting platform and a flip handle to facilitate the operator to carry out the casting and sampling operations after melting. The equipment is comprehensive in function, fast in melting, easy to use, energy- saving and environmentally friendly, and is very suitable for laboratory research on metal samples. It can strictly control the alloy composition, and has the ability of electromagnetic stirring and high vacuum degassing. Smelting and casting of nickel- based, iron-based, cobalt-based and other advanced precision alloys or high-purity metals can be performed under high vacuum conditions or under a protective atmosphere. If a graphite crucible is used, low-resistivity metals and their alloys can be melted by indirect heating, such as gold, silver, copper, aluminum, bronze, etc. Technical Parameters Power Requirements: 30KW,380V,3 phase, 50Hz Max operating temperature: 2000℃ Crucible capacity: 3Kg Vacuum chamber: 500*500mm, SS304 material Heating coil size: Diameter 220mm with height 180mm Molecular pump: 5.0*10E-6 mbar Protect atmosphere: N2, Ar Window view: 2 glass window view Temperature measurement: Infrared temperature measurement Temperature control accuracy: ±3℃ Temperature control: PID control Control ways: PLC touch screen Cooling method: Integrated cold trap Crucible: Can be able to tilt to 95 degree for tilt cast Out dimension: 1350*1100*1500mm Chamber size: 500mm diameter *500mm height Vacuum pump: Molecular pump included

Minimum Order: 1 bags

Vacuum induction melting furnace CY-IM400-L This product is a vacuum induction furnace with induction heating, and the melting temperature of the equipment can reach 2000℃. The induction furnace adopts a stainless steel water-cooled chamber and is equipped with a quartz observation window to observe the sample melting condition. It is suitable for sample melting and heat treatment, phase diagram research. The equipment adopts high-quality high- frequency induction power supply and supports customized maximum 60KW high- frequency induction power supply. The equipment is equipped with a high-vacuum molecular pump set, which can effectively improve the vacuum degree of the substrate and thus improve the quality of the melting. The equipment is also equipped with a lifting platform and a flip handle to facilitate the operator to carry out the casting and sampling operations after melting. The equipment is comprehensive in function, fast in melting, easy to use, energy- saving and environmentally friendly, and is very suitable for laboratory research on metal samples. Technical parameter ►Inductive power supply Frequency: high frequency power: Customizable, maximum 60KW ►Vacuum chamber Cavity material: stainless steel cooling system: Water-cooled electrode, water-cooled cavity, water-cooled mold Cavity size: φ400mm× 400mm Observation window:main watch window φ120mm, upper watch window φ45mm; Water cooling interface: φ8mm quick plug interface Lifting platform: 0 ~ 40mm lifting range Accessories: Infrared temperature measurement window, Vacuum funnel ►Vacuum system Product model: CY-GZK103-A Pumping interface: CF160 Molecular pump: CY-600 Exhaust interface: KF16 Foreline pump: Rotary vane pump Vacuum measurement: Compound vacuum gauge Ultimate vacuum: 1.0E-5Pa Power supply: AC 220V 50 / 60Hz Pumping rate: Molecular pump: 600L / S; Rotary vane pump: 1.1L / S Comprehensive pumping performance: 20 minutes Vacuum degree: 1.0E-3Pa ►Crucible: Graphite melting crucible: Maximum support φ60mm X 80mm Alumina insulated crucible: Maximum support φ120mm X 90mm ►Other: Supply voltage: AC220V 50Hz or three-phase 380V Overall size: 1505mm X 700mm X 1400mm Total power: Refer to induction power supply Total Weight: 900kg

Minimum Order: 1 bags

Vacuum induction melting furnace CY-IM400-L This product is a vacuum induction furnace with induction heating, and the melting temperature of the equipment can reach 2000℃. The induction furnace adopts a stainless steel water-cooled chamber and is equipped with a quartz observation window to observe the sample melting condition. It is suitable for sample melting and heat treatment, phase diagram research. The equipment adopts high-quality high- frequency induction power supply and supports customized maximum 60KW high- frequency induction power supply. The equipment is equipped with a high-vacuum molecular pump set, which can effectively improve the vacuum degree of the substrate and thus improve the quality of the melting. The equipment is also equipped with a lifting platform and a flip handle to facilitate the operator to carry out the casting and sampling operations after melting. The equipment is comprehensive in function, fast in melting, easy to use, energy- saving and environmentally friendly, and is very suitable for laboratory research on metal samples. Technical parameter ►Inductive power supply Frequency: high frequency power: Customizable, maximum 60KW ►Vacuum chamber Cavity material: stainless steel cooling system: Water-cooled electrode, water-cooled cavity, water-cooled mold Cavity size: φ400mm× 400mm Observation window:main watch window φ120mm, upper watch window φ45mm; Water cooling interface: φ8mm quick plug interface Lifting platform: 0 ~ 40mm lifting range Accessories: Infrared temperature measurement window, Vacuum funnel ►Vacuum system Product model: CY-GZK103-A Pumping interface: CF160 Molecular pump: CY-600 Exhaust interface: KF16 Foreline pump: Rotary vane pump Vacuum measurement: Compound vacuum gauge Ultimate vacuum: 1.0E-5Pa Power supply: AC 220V 50 / 60Hz Pumping rate: Molecular pump: 600L / S; Rotary vane pump: 1.1L / S Comprehensive pumping performance: 20 minutes Vacuum degree: 1.0E-3Pa ►Crucible: Graphite melting crucible: Maximum support φ60mm X 80mm Alumina insulated crucible: Maximum support φ120mm X 90mm ►Other: Supply voltage: AC220V 50Hz or three-phase 380V Overall size: 1505mm X 700mm X 1400mm Total power: Refer to induction power supply Total Weight: 900kg

Minimum Order: 1 bags

High vacuum induction melting furnace CY-IM325S-G25 1. Overview This product is a vacuum induction furnace, using induction heating, the equipment melting temperature can reach 2000 ℃. It adopts stainless steel chamber and water- cooled die, equipped with a quartz observation window to observe the smelting situation of the sample, which is suitable for the smelting and heat treatment of metal samples, and the phase diagram study. The equipment uses high-quality high- frequency induction power supply with a maximum power of 25KW. The equipment adopts infrared temperature measurement, intelligent temperature controller for temperature control, with over-temperature protection function, which can accurately control the melting temperature. The equipment is equipped with a high-vacuum molecular pump set, which has the advantages of high vacuum, high cleanliness, and fast gas pumping speed, which can effectively improve the melting quality. The equipment is also equipped with a lifting platform and a flip handle, which is convenient for the operator to perform casting and sampling operations after melting. The equipment is also equipped with a pouring device, which can pour the smelted sample into a pre-prepared mold to produce the required sample shape. The equipment has comprehensive functions, fast melting, convenient use, energy saving and environmental protection, and is very suitable for metal sample research in the laboratory. 2. Technical Parameters Model: CY-IM325S-G25 Power requirements Voltage: Three-phase 380V Power: 25KW (European standard) Vacuum chamber Material: 304 stainless steel Structure: cylinder horizontal front door open Size: φ325mm x H330mm Quartz observation window: φ100mm The upper cover is equipped with a feed port Casting system The right side of the chamber is equipped with a pouring device, which can be cast after melting Pouring mold size: φ20mm x 50mm Mold type: water-cooled copper mold Vacuum system Backing pump: Two stage rotary vane pump, pumping speed 1.1L/s Secondary pump: turbo molecular pump Ultimate vacuum: 5x10-4Pa Temperature control system Intelligent temperature control meter temperature control With over-temperature protection Temperature measurement: infrared optical temperature sensor, the maximum measurement temperature is 2100℃ Induction coil: inner diameter 60mm, height 80mm Intake port: φ10 Pagoda Head Gas release valve: Manual gas release valve Cooling system: Integrated water-cooling pipeline design, φ12mm quick plug connector Water chiller: Refrigeration type water chiller, cooling capacity 2.8kW,Flow 3m3/h Dimensions: 1440x700x1240(mm)

Minimum Order: 1 bags

Small vacuum induction furnace CY-IM315-S This product is a small vacuum induction furnace with induction heating, and the melting temperature of the equipment can reach 2000℃. The induction furnace adopts a stainless steel water-cooled chamber and is equipped with a quartz observation window to observe the sample melting condition. It is suitable for a small amount of sample melting and heat treatment, phase diagram research. The equipment is equipped with a high-vacuum molecular pump set, which can effectively improve the vacuum degree of the substrate and thus improve the quality of the melting. The equipment is also equipped with a lifting platform and a flip handle to facilitate the operator to carry out the casting and sampling operations after melting. The equipment is comprehensive in function, fast in melting, easy to use, energy- saving and environmentally friendly, and is very suitable for laboratory research on small-dose metal samples. Technical parameter ►Inductive power supply Frequency: high frequency power: AC220V 15KW/three-phase 280V 25KW ►Vacuum chamber Cavity material: stainless steel cooling system: Water-cooled electrode, water-cooled cavity, water-cooled mold Cavity size: φ360mm× 350mm Observation window:main watch window φ190mm, upper watch window φ45mm; Mold window:φ80mm Water cooling interface: φ8mm quick plug interface Lifting platform: 0 ~ 40mm lifting range Accessories: Vacuum funnel ►Vacuum system Product model: CY-GZK103-A Pumping interface: CF160 Molecular pump: CY-600 Exhaust interface: KF16 Foreline pump: Rotary vane pump Vacuum measurement: Compound vacuum gauge Ultimate vacuum: 1.0E-5Pa Power supply: AC 220V 50 / 60Hz Pumping rate: Molecular pump: 600L / S; Rotary vane pump: 1.1L / S Comprehensive pumping performance: 20 minutes Vacuum degree: 1.0E-3Pa ►Crucible: Graphite melting crucible: Maximum support φ30mm X 85mm Alumina insulated crucible: Maximum support φ44mm X 90mm ►Other: Supply voltage: AC220V 50Hz or three-phase 380V Overall size: 1000mm X 600mm X 1200mm Total power: 18KW/28KW Total Weight: 600kg

Minimum Order: 1 bags