Coin Cell Lab Fabrication Line
The Coin Cell Lab Fabrication Line manufacture!
Our Lithium Battery Lab Fabrication Line is a modular, lab-scale production system designed for R&D, prototyping, and small-batch manufacturing of lithium-ion batteries. It replicates full-scale industrial processes, enabling seamless technology validation and scale-up.
After-sales service:
We have a professional after-sales engineer team to provide 24/7 all-weather service, and the product supports one-year warranty and lifetime maintenance. We provide complete after-sales services, including technical support, warranty repairs, spare parts supply, customer training, etc., to ensure that the equipment operates efficiently and meets your long-term needs.
Product market:
We have produced products that are well received by the market and are sold to more than 40 countries around the world.
Vision:
Our factory has advanced manufacturing equipment and our R&D team has more than 20 engineers to support customers' various customized needs.
OEM and ODM services:
Our products are rigorously tested and evaluated during the design and manufacturing process to ensure safety, reliability and environmental sustainability, and strictly comply with European regulatory requirements.
- Item Name: Slurry Filtration Equipment
- Item No.: ACEY-SF-1-500ML
- Order(Moq): 1 set
- Compliance: CE Certified
- Package: Plywood Case
- Product Origin: China
- Warranty: One-year warranty with lifetime support
- Payment: T/T, Western Union, PayPal, Ali Trade Assurance
- High filtration accuracy, up to 124 microns, equipped with two types of particle filters to filter positive and negative.
- All SUS304 stainless steel design, good corrosion resistance, easy to clean
- The filter screen with larger filter area makes the pressure loss very low and the equipment is durable.
- Small size and convenient operation.
- Beautiful appearance, easy maintenance, molding and other advantages
Different types of slurry filters
Once-through mud filter
The once-through mud filter is a device that uses one-way water flow for filtration. During the liquid phase drilling process, the drilling fluid passes through the drill pipe and mud pipe from the bottom of the well to the drill bit, and uses the pressure generated by the formation to flow back to the surface equipment and filter through the mud filter. The filtered fluid enters the drilling fluid tank and is recirculated.
Pneumatic mud filter
Pneumatic mud filter is a kind of equipment that adopts pneumatic principle to filter. The upper part of the filter is equipped with an inflatable device, and the lower part is a mud flow channel, which cushions the mud through inflation to achieve the filtering effect. Commonly used in low density mud systems.
Vortex type mud filter
The vortex mud filter is a device that uses the principle of vortex for filtration. There is a rotating shaft in the center of the equipment, through which the mud can be vortexed to separate the solid particles. The equipment has the advantages of high efficiency and energy saving.
Vacuum mud filter
Vacuum mud filter is a device that uses the principle of vacuum adsorption for filtration. The filter is filtered with filter cloth, and the negative pressure generated by the vacuum pump sucks the mud into the filter to filter out the solid particles. The equipment is suitable for occasions such as high-density mud and high-deep wells.
Pressure mud filter
The pressure mud filter is a device that uses the principle of pressure difference for filtration. The filter element is used for filtering in the equipment, and the pressure difference is generated by the booster pump in the equipment, and the mud flows over the filter element to filter out the solid particles. The equipment is easy to use and low maintenance cost.
- Item Name: Laboratory Tube Furnace
- Item No.: ACEY-TF60-12
- Order(Moq): 1 set
- Compliance: CE Certified
- Package: Plywood Case
- Product Origin: China
- Warranty: One-year warranty with lifetime support
- Payment: T/T, Western Union, PayPal, Ali Trade Assurance
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Product Name |
Laboratory Tube Furnace |
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Model No. |
ACEY-TF60-12 |
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Type |
Bench-top;Vacuum Atmosphere |
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Furnace Structure |
The furnace is made of carbon steel with powder coating on surface, integrate furnace body and heating system and controller system in one. |
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Diameter |
Ф60 |
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Heating Zone |
Single Heating Zone 300mm |
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Tube Size |
Ф60x800mm length |
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Max. Working Temp. |
1200°C |
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Constant Working Temp. |
1100°C |
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Min. Working Temp. |
Ambient |
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Heating Rate |
Fast heat-up time due to the low thermal mass construction Suggest 5~20℃/min for longer life using of furnace |
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Temp. Homogeneity |
Adopt the way of measuring temperature at 9-point Temperature homogeneity is +/-5 degree |
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Power Supply |
AC220V; 2.6KW 50Hz, single phase |
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Chamber Material |
Adopt high quality alumina polycrystalline fiber, which used Japanese technology (vac-sorb forming alumina polycrystalline fiber) with good insulation and durability properties, high tensile strength and no miscellaneous ball One-piece chamber and ecological insulation provide high thermal efficiency High quality 1300 grade fiber alumina as refractory lining, pure white color; Ceramic fiber insulation for fast heat-up and reduced energy consumption |
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Heating Element |
Top brand iron-aluminum alloy resistance coil wire (HRE) The wire elements are coiled and embedded in three sides of the wall (Elements located in bottom, left and right sides) |
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Thermocouple |
Type N Temperature Range 0-1300C |
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Vacuum Flange |
One set of Vaccum sealing flanges: Mechanical vacuum gauge andsealing flanges mounted on the quartz tube, ensured the installation very convenient and vacuum level precisely. |
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Sealing performance |
Double furnace door structure, inner door block the fire, outer door is sealed with flanges, high temperature PTFE gasket is installed on the outer furnace door to ensure the reliable sealing of the furnace; the furnace body is equipped with an air intlet, which can extract vacuum; The tank body is designed with a circular flange and conforms to the pressure vessel manufacturing method, the shell will not be deformed for long-term use, and it has better sealing performance than the square style |
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Temperature Controller |
Digital Shimaden SRS13A(Japan) with 4 programs and 32 segments Simultaneous LED display of actual temperature VS set point PID automatic control and auto-tune function +/- 1 ºC temperature accuracy Control system integrated in furnace base, defined application within the constraints of the operating instructions |
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Electronic Component |
SCHNEIDER maker air switch, solid-state relay, A.C contactor etc. |
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Furnace Shell |
1. High quality cold-rolled steel sheets CNC processing 2. Environmental electrostatic plastic powder coating on surface after deoiling, derusting, phosphating etc. 3. Energy efficient insulation keeps exterior safe to touch |
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Furnace Door |
Door opens sideways Manual type |
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Safety Precautions |
1. Overheating & Broken thermocouple protection 2. Leakage circuit breaker 3. Automatic power off when furnace door opens 4. Over-temperature protection and alarm allow for operation without attendant(s) 5. Microprocessor-based PID control with self-tuning capability to prevent overshooting of set temperature |
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Certification |
CE compliance |
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Supply Scope |
One set of tube furnace body One piece of quartz tube Three-meter power line One piece of N-TYPE thermocouple One furnace hook One pair of high temperature furnace gloves An instruction book Two ceramic blocks One set of vacuum flanges Equipped with one Japan SHIAMDEN temperature controller with control precision ±1℃ |
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Warranty |
One year limited manufacturer's warranty (Consumable parts such as thermocouple heating elements are not covered by the warranty, please order replacements at related products respectively |
Advantages of Laboratory Tube Furnace
Precise Temperature Control
Equipped with an advanced PID self-learning fuzzy control system, tube furnaces can achieve accurate temperature control, maintaining within ±1°C. This is crucial for temperature stability and reproducibility during experiments.
Uniform Heating
The heating elements are arranged around the tube, ensuring the sample receives uniform thermal radiation throughout the entire tube.
High-Temperature Capability
The furnace chamber is vacuum-formed and made from high-purity alumina refractory materials, allowing the tube furnace to reach extremely high temperatures, typically between 1200°C and 1700°C, or even higher.
Multiple Atmosphere Control
Tube furnaces can conduct experiments under various atmospheres, such as air, inert gases, vacuum, or reducing atmospheres. Equipped with gas flow meters, atmosphere sintering becomes more convenient.
For experiments involving gas-solid reactions or those that require avoiding oxidation, atmosphere control is crucial. For instance, in semiconductor manufacturing or catalyst synthesis, specific inert or reducing atmospheres are needed to ensure experimental success.
Material Versatility
The furnace tube can be made from various materials, such as quartz or alumina, allowing for the selection of the appropriate tube material based on experimental needs, ensuring no adverse reactions between the sample and the furnace tube.
Ease of Operation
Laboratory tube furnaces are compact and space-efficient, making them ideal for laboratory environments. The separation of heating elements from the furnace tube ensures easy sample handling, especially when frequent sample changes are required.
Energy Efficiency
Using specialized furnace linings and high-quality silicon carbide heating elements, tube furnaces heat up quickly and maintain temperature, reducing energy consumption. Many tube furnaces also integrate heat recovery systems, further reducing energy usage.
FAQ
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