Chemical Equipment & Lab Supplies

Ultrasonic Spray Pyrolysis System within 4" Vertical Tube Furnace with Spray Nozzle and Volumetric Solid Powder Feeder is Two Heating Zone Split Vertical Tube Furnace with vacuum sealed 100mm diameter quartz tube.It can introduce gas flow or liquid/ water atomization to the heating furnace, also be used for PVD, CSS or CVD coating. Two precision temperature controllers provide 30 segments heating and cooling program with +/- 1C accuracy independently. The vertical tube furnace is installed in a heavy-duty mobile cart for easy moving. ►Furnace Structure Two Heating Zone Split Vertical Tube Furnace for longer and uniform constanttemperature zone The ultrasonic spray nozzle can make liquid/water atomized via gravity and low- pressure compressed air. Volumetric Feeder for feeding solid powder into a furnace to form core/ shell structure  ►Upgrade If you need a horizontal furnace, we will change to the same specification tube furnace at no cost.You could upgrade from 40KHz to 3 KW and 120 KHz,  Ultrasonic Spray Nozzle at extra cost ►Power for Furnace 6KW (total) / each zone: 3KW ►Voltage AC 208-240V Single Phase, 50/60 Hz ►Max. Temperature 1200°C (<1 hr) each zone ►Continuous Temperature 1100°C for each zone ►Max. Heating Rate <= 20°C/min. ►Temperature Accuracy +/- 1°C ►Tube Size and Materials One 1000mm length quartz tube is included,OD: 100 mm, ID. 95 mm Foam ceramic blocks with alumina coating are included, which is hanged on top of flange to protect O-ring damaged by heat radiation ►Heating Zone Length：200mm ( bottom )//200mm ( top )//400mm ( total ) ►Constant Temperature Zone Constant temperature zone: 300 mm (+/-1°C) if two heating zones are at the same temperature ►Temperature Controller MET certified 30 programmable segments for precise control of heating rate, cooling rate and dwell time. Built in PID Auto-Tune function with overheating & broken thermocouple broken protection. Over temperature protection and alarm allows for operation without attendant(s). RS485 Communication Port. ►Vacuum Sealing Flange Two stainless steel flanges with vacuum gauge and valves included A hook ring is welded inside the top flange for hanging thermal block or crucible by wire Gas outlet ( vacuum port ) on top with 1/4" barb connector.  Gas inlet on bottom with 1/4" barb connector ►Vacuum Level 10E-2 Torr by mechanical vacuum pump 10E-5 Torr by molecular pump Leak rate < 5 mTorr / min. ►Heating Element 1300°C Fe-Cr-Al Alloy doped by Mo ►Dimensions 550mm(L) x 380mm(W) x 520mm(H) exclude mobile cart 600mm(L) x 600mm(W) x 1200mm(H) install with mobile cart ►Net Weight About 80 kg (excluding mobile cart) ►Warranty One year limited warranty with lifetime support 

Minimum Order: 1 bags

The halogen lamp RTP annealing furnace is a 6-inch wafer rapid annealing furnace. It adopts innovative heating technology to realize real substrate temperature measurement. It does not need the temperature compensation of traditional rapid annealing furnaces. The temperature control is accurate and the temperature is highly repeatable. Customers include many international semiconductor companies and well-known scientific research teams. It is an ideal choice for semiconductor annealing process. Technical features: • Real substrate temperature measurement without traditional temperature compensation • Infrared halogen tube lamp heating • Extremely excellent heating temperature accuracy and uniformity • Fast digital PID temperature control • Stainless steel cold wall vacuum chamber • Good system stability • Compact structure, small desktop system • PC control with touch screen • Compatible with normal pressure and vacuum environment, the standard value of vacuum degree is 5×10-3 Torr, and the vacuum degree is as low as 5×10-6 Torr using two-stage molecular pump • Up to 3-channel gases (MFC control) • No cross contamination, no metal contamination. Introduction of real substrate temperature measurement technology: As shown in the figure above, the heat radiated by the array halogen lamp reaches the surface of the sample through the quartz window, and the sample is heated. The traditional rapid annealing furnace uses a thermocouple to measure the substrate temperature. Because the thermocouple is at a certain distance from the substrate, the measurement is not the substrate. The real temperature of the chip must be temperature compensated. The halogen lamp RTP annealing furnace uses a dedicated flake-like Real T/C KIT for temperature measurement, as shown in the figure above, the contact thermometer is connected to the flake-like Real T/C KIT. The flake-like Real T/C KIT is located very close to the sample above when working, the array halogen lamp radiates heat to the sample surface through the quartz window, the sample is heated, and the flake-like Real T/C KIT is heated at the same time. Because the substrate is very close to the Real T/C KIT, there will be heat transfer between them, and the thermal equilibrium will be quickly reached, so the temperature measured by the flake-like Real T/C KIT is infinitely close to the real temperature of the substrate, thus realizing the real measurement of the substrate temperature. Technical parameters: Substrate size 6 inches Substrate base Quartz needle (optional SiC coated graphite base) Temperature range 150-1250℃ Heating rate 10-150℃/S Temperature uniformity ≤±1.5% (@800℃, Silicon wafer) ≤±1.0% (@800℃, Substrate on SiC coated graphite susceptor) Temperature control accuracy ≤ ±3℃ Temperature repeatability ≤ ±3℃ Vacuum 5.0E-3 Torr / 5.0E-6 Torr Gas supply Standard 1 channel N2 purge and cooling gas circuit, controlled by MFC (up to 3 channels can be selected) Annealing duration ≥35min@1250℃ Temperature control Fast digital PID control Dimensions 870mm*650mm*620mm Substrate type: • Silicon wafers • Compound semiconductor wafers • GaN/Sapphire wafers for LEDs • Silicon carbide wafers • Poly silicon wafers for solar cells • Glass substrates • Metals • Polymers • Graphite and silicon carbide susceptors Application areas: Ion implantation/contact annealing, rapid thermal processing (RTP), rapid annealing (RTA), rapid thermal oxidation (RTO), rapid thermal nitridation (RTN), can be used in different environments such as vacuum, inert atmosphere, oxygen, hydrogen, mixed gas, etc. SiAu, SiAl, SiMo alloying, low dielectric materials, crystallization, densification, solar cell bonding, etc.

Minimum Order: 1 bags

CY-1200X-4-VTQ is a vertical quenching furnace, the main body is an open type vertical tubular furnace, the flange on the furnace tube is equipped with hook and plug, which can be manually released to make the hanging sample fall down; the lower flange is connected with the sealed liquid container through a φ 100 mm flange, and the liquid container can contain ice water or cold oil. High purity alumina is used as furnace material in tubular furnace, which can improve thermal efficiency and service life of furnace. Rotary vane mechanical pump is used in vacuum pump, which can provide vacuum environment for vacuum quenching. The liquid container is of double-layer structure, with excellent vacuum pressure resistance and reliable sealing. The box body is fixed by jacking wire and equipped with a liquid outlet valve, which is convenient for sampling and changing liquid. Application The equipment is suitable for studying phase transformation and microstructure properties of materials. Technical parameter 1. Model CY-1200X-4-VTQ 2. Power supply Voltage:220V 50Hz power:3KW 3. Heating element Alloy resistance wire 4. Temp zone length 440mm，constant temperature zone 200mm 5. working temperature Max1200℃（＜1h），continuous working 1100℃ 6. Heating rate ≤20℃/min，recommended ≤10℃/min 7. Thermocouple K-type 8. Temperature control PID temperature control system， accuracy±1℃; Multi stage temperature control program can be set to accurately control heating and cooling rate and constant temperature time; It has overheat and broken couple protection 9. Tube Material: high purity quartz; Size: O.D φ 100mm i.d94mm x l.1000mm 10. Vacuum flange Upper flange:Φ 100 vacuum stainless steel flange with manual hook opening device 11. Lower flange:Vacuum stainless steel flange with CF100 flange adapter 12. Quenching vessel Double shell, with outlet valve

Minimum Order: 1 bags

1600C Horizontal Flash Sintering Furnace with 3KW Programmable Power Source CY-1600X-FS3KW is a horizontal tube furnace with 3KW programmable AC power source designed for exploring the flash- sintering for ceramic materials at a lower cost.The tube furnace comes with 80mm OD alumina tube and a sliding sample fixture, which can preheat sample up to 1600oC. The Sample holder will press electric wire to the sample via ceramic screw to pass through programmable AC power source which is programmable up to 1500W power. Flash-sintering is an new technology which is used widely in the research of solid state electrolyte, SOFC and fero-magnetic & Thermo-electric materials. Tube Furnace 208 - 240 VAC, 50/60Hz,  5.2 KW max. power consumption Working temperature:  1600°C continuous and 1700°C Max. Heating Zone length: 18" ( 457 mm ) Constant temperature zone: 6"  ( 150 mm) within +/- 1°C Temperature Control PID automatic control via solid state relay with 30 steps programmable and  +/-1°C accuracy Built-in Over Temperature and Thermocouple Failure Protection B-type thermal couple Vacuum Sealing Flanges & Sample Fixture Vacuum Flanges are made of stainless steel which can reach the vacuum to 10-2 torr by mechanical pump and 10-5  torr by turbo pump. Left Side Flange: 30 mm dia. Quartz observation window  Needle valve with 1/4 NSP connector Right Side Flange： KF25 vacuum port to connect to a vacuum pump Two electric wires feedthrough. Wires are made of Platinium with 1 mm diameter Needle valve with mechanical vacuum gauge. Sample fixture is built-in the inside flange. This flange is slidable to make sample loading easy. Programmable AC Power Source The programmable AC power source is to connect the electric wire at the feedthrough at the right side flange.  After pre-heating,  AC power will pass a sample as programa setting to produce more heat rapindly, which results in sample sintered in high density.  The power parameters can be set via included labtop. Power source specifications ae as the below Input Voltage: AC220V±10%,  50/60Hz， single phase Power Capacity:  3000 W Max. Circuit Type: IGBT, PWM Output Voltage： 50V-300V adjustable with ≤1% stability Output Frequency:      50/60Hz fixed with ≤0.01% stability Protection:   Overload, over temperature , and short circus PC programmable：Laptop with pre-installed software is included for program setting Optional :       DC power  source 400V/10A is available upon request at the extra cost Dimensions & Weight:1950L×500 W ×720 H, mm;150Kg Warranty: One year limited warranty with lifetime support (Consumable parts such as tubes and o-rings are not covered by the warranty)  Compliance:CE Certified

Minimum Order: 1 bags

Spark plasma sintering furnace (SPS) (20t, 1600 ℃) Plasma spark sintering (spark) is a new technology for rapid consolidation of powders. SPS uses a high current pulse power supply to stimulate and promote the consolidation and reactive sintering process. Compared with the traditional technology, SPS can adjust the density of all kinds of conductor, non conductor and composite materials to any required value. SPS shortens the experimental time and energy consumption to the greatest extent, while maintaining the micro nano structure perfectly. Therefore, since its birth, it has rapidly become an important tool in scientific research, new material research and development, industrial production and other fields The highest temperature of spark plasma sintering system can reach 1600 ℃. It can be used for material annealing, material hot pressing bonding, surface treatment and synthesis, etc. The samples can be metals, ceramics, nano materials and amorphous materials. This device is especially suitable for the research of solid electrolyte and thermoelectric materials Specification ►Configuration , Stainless steel vacuum chamber Hot pressing system DC pulse power supply Vacuum system Hot pressing control system ►Power 20 KVA ►Input Voltage AC380V 50 Hz Three Phases ►Output Current DC 0~1500 A (Digital Controlled) ►Output Voltage DC 0~10 V (Digital Control) ►Pulse Frequency 5~255 ms Adjustable2~1000 Hz adjustable ►Maximum Tem  1200ºC with K-type thermal couple 1600ºC with B-type thermal couple Two types of thermal couple are included ►Temp controller  Precision Eurotherm temperature controller is built in At the fastest heating rate, the over-temp is less than 3℃ Temperature accuracy : < 0.1ºC ►Hydraulic Press  Manual operated hydraulic press to apply pressure. Max pressure: 20 T Digital Pressure guage is built in with over-pressure alarm. ►Sintering Die Set Dimension Equipped with hot isostatic graphite mould (made in Japan) Diameter of die core: 12-50mm (customized according to customer requirements) The maximum allowable pressure is 50MPa, and the maximum allowable pressure is determined by the diameter of the mold core The maximum pressure of the 1/2 inch die core is 0.5T The maximum pressure of 1 inch die core is 3T ►Sintering Stroke 100 mm ►Vacuum Chamber  Square stainless steel cavity body Double-layer cavity, which needs to be supplied with cooling water ►Max Vacuum Level (Room Temp)  10 Pa (7.5 x 10^-2 torr) with the mechanical pumpOne double stage mechanical pump is included 1 Pa ( 10x10^-4 torr ) with optional turbo pump ( click picture below right to order ) ►Max Heating Rate 300ºC/min ►Water Cooling a circulating water cooling machine with a flow of 58L/min ►Standard Accessories SPS Sintering Graphite Die Set Graphite Spacer K & B type Thermal Couples rings Clamping Tool ►Dimension Power Supply :760 L X 460 W X 1820 H, mm Furnace:970 L X 720 W X 1400 H, mm ►Compliance  CE certified ► Warranty: One year limited warranty 

Minimum Order: 1 bags

Rapid Heated Pressing (VRHP) Furnace upto 1600ºC & 5T with Stainless Steel Vacuum Chamber OTF-1700X-RHP4 is a Vacuum Rapid Heated Pressing Furnace (VRHP or RHP) designed for making dense pallets under vacuum or the protective gas environment. A 15 kW temperature controllable induction heater is integrated into the system, which provides sufficient power for rapidly heating the graphite pressing die up to 1700 ºC. The Induction coil is built inside of stainless steel vacuum chamber. An electric hydraulic press is inserted from the bottom of the chamber, providing up to 5 tons pressing force. ▶Max. Pressure 5 metric tons (10 MPa on pressure gauge). ▶Hydraulic Electrical Presser Piston diameter: 60 mm. Vertical move distance: 35 mm. Automatic pressure controller ▶Induction Heater Working voltage: 380 VAC, 50/60 Hz, three phase. Working current: 40 A (with a 60 A breaker). Maximum oscillating power: 30 kW. Maximum input power: 15 kW. Output frequency: 30 ~ 80 kHz. Duty cycle: 80%. Max. Working Temperature :  1600 ℃ max duration time: < 30 min. Air cooling: fan. Protection: water pressure monitoring, high-temperature protection, and overpower protection. ▶Temp. Controller Working voltage: 208 ~ 240 VAC, single phase. Precision digital temperature controller with automatic PID tuning. Temperature profile that contains maximum 30 programmable segments to control heating, dwelling, and cooling. Overheating and pyrometer failure protection. Temperature accuracy: ± 10 ºC.  B-type thermocouple. Continuous working temperature range: 1000 ~1700 ºC. Experimental maximum heating rate in vacuum (only for 0.5" inner diameter graphite pressing die; without any thermal block):  ▶Processing chamber&Sealing Flange Stainless steel vacuum sealed chamber: 260 × 230 × 320 mm (OD × ID × L).  Flanges on both ends of the chamber. Flanges have a tunnel for cooling water. Equipped with a KF-25D vacuum port, pressure gauge, 1/4" gas inlet port with stainless steel needle valve. The upper flange can be lifted by raising the lead screw which provides the easy access to retrieve the graphite die. Requires at least 55 liters per minute water flow.           ▶Digital Pressure Gauge Maximum pressure display is upto 10 MPa. ▶High-Temperature Graphite Pressing Die Set  Two built-in graphite supporting rods. One set of 0.5" (inner diameter) graphite die are included for immediate use. Made of high purity graphite by HIP processing, Max. Pressure for the die is 50 MPa, and Max. Load from the hydraulic press is dependent on die 's ID 0.5"ID   Max.  0.5T 1.0 ID:   Max.  3T ▶Dimensions 800 × 800 × 1300 mm (L × W × H).   ▶Net Weight 350 kg. ▶Application Notes the gas cylinder must have a two-stage pressure regulator to limit the pressure below 3 psi for safe operation. ▶Warranty One year limited standard warranty 

Minimum Order: 1 bags

Low temperature box hydrogen furnace This product is a box-type furnace with a hydrogen atmosphere at 1200°C. The furnace chamber is a closed design, which can be vacuumed and filled with hydrogen and other gases. The furnace is a double-layer stainless steel structure, which guarantees vacuum and safety to the utmost extent, ensures that the positive pressure can reach 0.06MP, and the vacuum can reach -0.09MPa; the overall water cooling is cooled, and the shell temperature does not exceed 50℃ during heating to ensure safe operation. Built-in H2 combustion control system, that is, when the controller does not detect the flame in the burner, the gas delivery valve will automatically close. The furnace uses five-sided heating, and the temperature distribution in the furnace is the most even. This box furnace contains FA-YD518P-AG temperature controller, which can realize proportional integral differential control and automatic adjustment functions. The temperature control accuracy is ±1℃, and it has built-in over-temperature alarm and thermocouple failure alarm. Technical parameters: ● Product model CY-M1200H-64IT ● Supply voltage AC220V, 50Hz ● Total power 10KW ● Operating temperature ≤1200℃ ● Heating rate Suggest 10℃/min ● Thermocouple type B type thermocouple ● Furnace size 400x400x400mm, 64Liter ● Maximum sample load 35kg ● Constant temperature zone ±1℃ in the center 250mm 3 area; ±5℃ in the center 300mm 3 area ● Temperature control 1) PID automatic control of heating rate, cooling rate and holding time 2) PID control over temperature protection and short couple protection 3) It has over-temperature protection alarm function, so the equipment can run unattended 4) The temperature accuracy is ±1℃ (the difference between the displayed temperature and the actual temperature) ● Heating element 1300℃ imported heating wire ● Water chiller 16L/min circulating water chiller

Minimum Order: 1 bags

Compact Bridgman Crystal Growth Furnace with Hanging Wire Mechanism Up to 1100C CYKY-1200X-S-VT-BMGH is a compact and economic 1200ºC Maximum Bridgman crystal growth furnace with 2" quartz tube and precision hanged wire travel mechanism, which is designed for growing small size crystal under control atmosphere or sealed quartz crucible at low cost. Vertical Two Zone Tube Furnace 1. Compact two zones split vertical tube furnace 2. Working Voltage: 110V AC or 220V selectable 3. Max. Power Consumption: 1.5 KW 4. Two Heating Zone: 100 mm L for each Zone, 200 mm L in total  5. Max. heating temperature: 1200°C 6. Continuous working temperature: 1100°C 7. Two programmable digital temperature controllers which control two heating zone independently 8. Max. Temperature gradient: 1ºC/Cm 9. Finding a suitable thermal gradient is user responsibility 10. Adjusting two heating zone's temperature can create different thermal gradient profile 11. Adjusting furnace opening diameter also can change the thermal gradient 12. Quartz tube (2" quartz tube (50mm O.D x 44mm I.D x 600mm L) is included with sealed flange) Hanging wire 1. One set of Ni-SS hanging wire is included (pic to the left). Max. working temperature is 800C. 2. Optional hanging wire for higher working temperature is available upon request: 3. Ni-Cr-Al wire (not included) Max. working temperature < 1100°C 4. Platinium wire (not included) Max.working temperature > 1200°C and < 1600°C 5. A thin hanging wire goes through the top flange. A positive inert gas can keep processing tube under controlled atmosphere 6. For air-sensitive material, the sample shall be sealed in a small quartz tube with pre-vacuumed as Pic below right 7. 800C pulling wire (Ni-SS)        sealed quartz tube as the crucible  Motor and Controller 1. 6"L x 4"W Touch Screen 2. Wire descending speed is programmable within 3 segments. 3. Precise DC stepper motor controls traveling speed. 4. Pulling  speed range: 1-500 um/sec adjustable  with the accuracy of +/- 0.05%  5. Total stoke length controlled by touch screen: 350mm 6. Power: 50W, 110V - 240V C Optional:   Lower speed range is available upon request at extra cost.  Product Dimensions ：520mm (L) x 430mm (W) x 1100mm (H) Compliance：CE Certified/NRTL certification is available upon request at an extra cost Warranty：One Year limited warranty with lifetime support Consumable parts such as processing tubes, O-rings, and heating elements are not covered by the warranty

Minimum Order: 1 bags

1600℃ Top Seeded Solution Growth (TSSG) Furnace--Crystal growing furnace CYKY-1600X-TSSG is a top seed solution growth (TSSG) furnace for growing various single crystals via flux solution. The box furnace uses alumina fiber as the furnace chamber material and MoSi2 as the heating element. Its chamber size is φ330mm × 250mm (H), and the maximum temperature can reach 1700 ℃. 30-segment programmable precision temperature controller, which can set heating and cooling temperature program according to different customer needs, the temperature control accuracy can reach ± 1 ℃, equipped with a precision pulling and rotation mechanism can be used to grow various crystal materials via top seed crystal flux solution, pulling speed and rotation speed can be customized according to customer needs. Technical parameters: Furnace construction ● Furnace material, using alumina polycrystalline fiber ● The double-layer shell structure is adopted so that the temperature of the shell surface is less than 60℃ ● The heating element adopts high-quality silicon-molybdenum rod ● Internal heating zone size:      Φ330mm × 250mm (H) (21 Liter)      Effective heating area: φ200mm × 250mm (H) (8L) Working Temperature ● Maximum working temperature: 1700 ℃ (＜ 1h) ● Continuous working temperature: 1600 ℃ Temperature Control ● Intelligent 30-segment programmable control, can set up 30-segment temperature heating and cooling program ● Constant temperature accuracy: ± 1℃ ● Heating rate: 0-10 ℃ / min (recommended ≤5 ℃) Power  AC 220V, 50/60Hz; power: 9.5 KW Furnace Dimension 610×635×825mm Crystal Seed Rod Mechanism ● Water cooling pulling rod diameter: 28mm ● Customizable pulling speed range: 0.03-12mm / h (customers can customize according to actual needs, please contact our sales for details) ●Max Travel Distance: 400mm ● Manual operation to achieve rapid lifting ● Optional: Rotation speed: 0.03-50r / min (customized rotation mechanism and rotation speed range according to requirements)

Minimum Order: 1 bags

1500℃ Bridgman Furnace (for directional solidification of polycrystalline ingots) CYKY-BG1500 is a Bridgman furnace with the maximum temperature of 1500℃. It is designed for the directional solidification of Polycrystalline Ingots up to 25mm diameter. The heating module & cooling fan with adjustable speed is beneficial to create a large temperature gradient at the interface of the molten / crystalline state. An automatic crucible retrieving system enables the most convenient way for sample loading/unloading. The optional crucible rotation stage can be added at additional cost for single crystal ingot growth. Main Features ● The single-heating zones heating module and two cooling fans with adjustable speed can adjust the temperature gradient of the melt / crystal interface at furnace exit ● Φ25mm alumina sample table with temperature test, which can accurately display the temperature at the bottom of the crucible and measure the temperature distribution in the furnace chamber. ● Electric lifting sample table is convenient for customers to load / retrieve sample Power Requirements ● Voltage: AC380V three-phase ● Power: 9.5KW Working Temperature ● Max. working temperature: 1500 ℃ ● Continuous heating temperature: 1450 ℃ ● Heating element: silicon molybdenum rod Furnace Tube & Flange ● Corundum tube: size φ40 x 1200 mm L ● Equipped with a set of stainless steel sealing flanges to ensure single crystal growth under vacuum or inert atmosphere Sample Stage ● Alumina sample table: Φ25 * 25mmH ● An S-type thermocouple is embedded in the bottom of the sample stage, which can measure the temperature of the sample in real time Heating Zones One heating zone, the total length of the heating zone is 240mm Temperature Control System ● Use PID to adjust the temperature, can set 30 segments of heating and cooling program ● With over-temperature and broken thermocouple protection ● Temperature accuracy: +/- 2℃. ● S-type thermocouple Cooling Fan The speed adjustable cooling fans are installed at the bottom exit of the furnace Furnace Travel Distance & Speed ● As the furnace heater moves upward, the sample is moving downward relative to the furnace heater. ● The maximum travel distance of the furnace heater is 200 mm. ● Travel speed: 0.03-3 mm/hr

Minimum Order: 1 bags

Single crystal growth furnace by CZ(czochralski) Method with four electrodes Arc melting up to 3000℃ CYKY-MSM-4CZ is a single crystal growth furnace with four gun arc melting in the vacuum chamber (Ar gas arc is used to melt the sample and the pulling and rotation mechanism is used for pulling). Its temperature can reach 3000 ℃. The chamber is made of 304 stainless steel (with the water cooling jacket), and the vacuum can reach 1.0E-5Torr. This single crystal furnace is particularly suitable for growing high-melting single crystals, such as Ti single crystal, YSZ, SiC and CeRh2Si, etc. Technical parameters: Vacuum chamber 1. Adopt 304 stainless steel chamber with the water cooling jacket, which can inlet cooling water 2. With a quartz window on the chamber to observe the sample 3. Chamber vacuum: 1.0E-5 Torr (With molecular pump) 4. Chamber size: dia.257 * 360mm vacuum gauge 1. A digital display anti-corrosion vacuum gauge and a mechanical pressure gauge are installed on the chamber Arc gun 1. There are 4 arc guns, which can make the sample get a uniform temperature field (the arc guns are equipped with cooling water) 2. Tungsten electrode diameter: Φ4mm 3. The angle and distance of the arc chamber to the sample can be adjusted manually 4. Arc striking power supply: 18 V / 185 A voltage 380V 5. Melting temperature can reach 3000℃ Sample stage 1. Adopt water-cooled copper crucible 2. The amount of sample that can be input is 60g (Fe based) Pulling mechanism 1. The controller controls the pulling speed, rotation speed of the pulling mechanism 2. Pulling speed: 0.2-10mm / h 3. Pulling stroke: 0-70mm 4. Pulling rod rotation speed: 0-40RPM Control unit 1. The parameters for single crystal growth can be displayed and set (arc starting current, speed of the pulling rod, pulling stroke and speed) Vacuum pump 1. The equipment is equipped with a molecular pump system (mechanical pump + turbo molecular pump) 2. Pumping rate: 100L / S 3. The vacuum of the equipment chamber can reach 1.0E-5 Torr (within 40 minutes) Circulating water chiller 1. Power: 800W 2. Water flow speed: 58L / min 3. Cooling capacity: 5004W (17500Btu / hour) 4. Temperature control: 5 ~ 30℃ Product dimension 800mm(L)*800mm(W)*1500mm(H)

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Micron adjustable film applicator-width 250mm Adjustable film applicator This is a unique wet film forming tool that can adjust the film thickness with a micrometer. The operator can adjust the gap between the doctor blade and the coated surface through a micrometer. This tool is especially suitable for laboratory production of battery electrodes, pre-ceramic tape and various films. Feature 1. The width is 250mm 2. A slurry guide plate is installed to make the film making easier 3. The gap between the doctor blade and the coated surface: 10-5000um 4. Micrometer adjustment head, the adjustment accuracy is 10um 5. Maximum slurry volume: 100ml.

Minimum Order: 1 bags

Micron-level adjustable film applicator-width 180mm Adjustable film applicator-This is a unique wet film forming tool that can adjust the film thickness with a micrometer. The operator can adjust the gap between the doctor blade and the coated surface through a micrometer. This tool is especially suitable for laboratory production of battery electrodes, pre-ceramic tape and various films. Feature 1. The width is 180mm 2. A slurry guide plate is installed to make the film making easier 3. The gap between the doctor blade and the coated surface: 10-5000um 4. Micrometer adjustment head, the adjustment accuracy is 10um 5. Made of 304 stainless steel

Minimum Order: 1 bags

Double doctor blade micron adjustable film applicator-width 150mm Se-KTQ-150D is a double-doctor-blade adjustable film applicator. Due to the two doctor blades, the coating effect will be more uniform. The operator can adjust the gap between the doctor blade and the coated surface through a micrometer. This tool is especially suitable for laboratory production of battery electrodes, pre-ceramic tape and various films. Main feature 1. Two scrapers with a width of 150mm 2. The gap between the doctor-blade and the coated surface: 10-5000um 3. Micrometer adjustment head, the adjustment accuracy is 10um 4. Made of 304 stainless steel (click on the picture for details)

Minimum Order: 1 bags