Precautions for Using the EPS Jaw Crusher for Ores and Rocks

2024-12-20

The EPS jaw crusher is an essential tool in the mining and construction industries, designed for primary and secondary crushing of various ores and rocks. However, to ensure optimal performance, safety, and longevity of the equipment, there are several key precautions users should follow.

Proper Installation and Setup

Before using the jaw crusher, ensure it is installed on a stable foundation to prevent vibrations and potential damage during operation. The machine should be positioned in accordance with the manufacturer’s guidelines to allow for easy access and proper ventilation. Ensure that all components, such as motors, bearings, and belts, are securely fixed.

Check the Materials to Be Crushed

Only use the jaw crusher for materials within the specified limits. The jaw crusher machine is suitable for ores and rocks with a compressive strength not exceeding 320 MPa. Feeding materials that are too hard or too large for the crusher can lead to equipment damage and reduced performance. Always ensure that the materials are evenly distributed and within the recommended size range to prevent blockages.

Maintain Proper Lubrication

The crusher’s moving parts, such as the bearings and jaw, should be regularly lubricated to reduce friction and wear. Always use the recommended lubricant, and check oil levels frequently. Lack of lubrication can lead to increased friction, overheating, and premature equipment failure.

Regular Inspections and Maintenance

Routine maintenance is critical to ensure the long-lasting performance of the China EPS Jaw Crusher. Check the condition of the jaws, crusher plates, and bearings regularly. If any part shows signs of wear, it should be replaced promptly. Also, ensure the crusher’s discharge setting is adjusted correctly to achieve the desired output.

Avoid Overloading

Overloading the jaw crusher can cause unnecessary strain on the motor and other components, leading to mechanical failure. Always monitor the crusher’s capacity and avoid exceeding the maximum feed size or weight limits. If the machine shows signs of strain, such as unusual vibrations or sounds, stop the operation immediately and inspect the equipment.

Safety Precautions

Operators should always wear appropriate personal protective equipment (PPE), including safety gloves, goggles, and ear protection. Ensure that all safety guards and covers are in place before starting the machine. Never attempt to clear blockages or perform maintenance while the crusher is operating. Always follow proper lockout/tagout procedures.

By following these precautions, users can maximize the performance and lifespan of the Stone Crusher Machine. Proper installation, maintenance, and usage are essential to avoid costly repairs and ensure safe and efficient operation. Regular inspections and attention to detail will keep the equipment running smoothly and help prevent downtime.

#EPS Jaw Crusher #Jaw Crusher Machine #Stone Crusher Machine

Stone Baluster Profiling Machine is an ideal stone processing

2024-12-20

In the world of stone fabrication, achieving precise and intricate designs is crucial to delivering high-quality finished products. Whether you’re creating decorative stone features for luxury homes, custom staircases, or architectural elements like balusters, the right equipment can make all the difference. The Stone Baluster Profiling Machine is one such game-changing tool that helps stone manufacturers and fabricators elevate their craft, combining efficiency, precision, and versatility in one powerful machine.

What is a Stone Baluster Profiling Machine?

A Stone Baluster Profiling Machine is a specialized piece of equipment designed to shape and profile stone into intricate balusters, columns, and other curved stone elements used in architectural and decorative applications. It uses advanced CNC (Computer Numerical Control) technology to automate the profiling process, ensuring that every baluster produced is consistent, accurate, and ready for finishing.

Balusters, the decorative vertical posts that are part of railings or staircases, often require precise shaping to achieve the desired aesthetic. The Stone Baluster Profiling Machine enables fabricators to create both traditional and contemporary designs, offering flexibility in shaping different materials, including marble, granite, limestone, and other natural stones.

Why Choose a Stone Baluster Profiling Machine?

1. Precision and Accuracy

Stonework requires an unmatched level of precision, and the Stone Baluster Profiling Machine excels in this area. Thanks to its CNC technology, it can produce stone balusters with exact measurements, fine details, and consistent quality. Whether you're creating simple round shapes or more complex decorative profiles, this machine ensures that every piece meets the highest standards.

2. Speed and Efficiency

Manual stone shaping can be a labor-intensive and time-consuming process. With a Stone Baluster Profiling Machine, the production time is dramatically reduced. The machine can quickly shape stone to the desired profile, allowing fabricators to handle large production volumes without compromising quality. This is especially beneficial for companies working on large-scale construction or renovation projects that demand high throughput.

3. Flexibility in Design

The Stone Baluster Profiling Machine isn’t just for traditional designs. Thanks to its advanced features and customizability, it can create a wide range of baluster styles—from classical, ornate balusters to sleek, modern shapes. Whether your design calls for a simple cylindrical profile or a more complex, curved design, the machine adapts to your needs, making it an invaluable tool for stone manufacturers working in diverse architectural styles.

4. Consistency Across Production Runs

When producing multiple stone balusters for a project, consistency is key. The Stone Baluster Profiling Machine guarantees that every baluster is identical in size and shape, ensuring a cohesive and professional finished look. This consistency eliminates the need for rework and ensures that your project stays on schedule.

5. Reduced Waste and Cost-Effective Operation

Manual stone cutting often results in waste and inefficiencies. With automated profiling, the Stone Baluster Profiling Machine minimizes material waste, making the production process more cost-effective. The high level of accuracy also means fewer errors and less need for costly adjustments, reducing overall production costs.

While the Stone Baluster Profiling Machine shapes and profiles the stone, achieving the perfect finish often requires a polishing step. For this, Curve Line Polishing Machines are an excellent complement. Designed specifically for curved and intricate stone surfaces, these machines provide the smooth, glossy finish that enhances the beauty of the stone. Whether you are finishing balusters, columns, or other stone pieces, using a polishing machine after profiling ensures a flawless surface that is both aesthetically pleasing and durable.

#Curve Line Polishing Machines #Stone Baluster Profiling Machine #Stone Profiling Machine

Elevate Your Stone Processing with the Latest Stone Polishing and Cutting Machines

2024-12-20

In the world of stone processing, precision, efficiency, and versatility are paramount to achieving the perfect finish for both residential and commercial projects. Whether you’re working with marble, granite, quartz, or other natural stones, the right equipment can make all the difference. That's why stone polishing machines and stone cutting machines are essential investments for anyone in the stone industry, offering advanced features that streamline operations and enhance the quality of work.

Stone Polishing Machines: Achieve a Flawless Finish

A high-quality stone polishing machine is crucial for bringing out the natural beauty of stone surfaces. Whether you're working on countertops, floors, or decorative elements, the polishing process is what gives stone its characteristic shine and smoothness. With a stone polishing machine, you can easily achieve a mirror-like finish that enhances the texture, color, and overall appearance of the stone.

Our stone polishing machines are designed with precision and efficiency in mind, allowing you to achieve the perfect sheen without compromising on quality. Equipped with advanced abrasive tools and adjustable settings, these machines ensure consistent, smooth surfaces with minimal effort. They are ideal for polishing marble, granite, and engineered stone, creating surfaces that are not only visually stunning but also durable and easy to maintain.

Key Benefits of Stone Polishing Machines:

    Superior Finish: Achieve a high-gloss, flawless surface that enhances the stone's natural color and pattern.
    Time Efficiency: With powerful motors and multiple polishing heads, these machines dramatically reduce the time needed to complete each project.
    Versatility: Whether you're working on floors, walls, or countertops, a stone polishing machine can handle various applications with ease.
    Durable Construction: Built with high-quality materials, these machines are designed for long-term use in demanding environments, reducing the need for frequent maintenance.

Stone Cutting Machines: Precision Meets Power

When it comes to cutting stone, precision is everything. Stone cutting machines are the backbone of any stone processing operation, enabling you to cut through hard materials with ease and accuracy. From intricate designs and decorative stonework to large-scale commercial projects, the right cutting equipment can make even the most complex cuts look effortless.

Our stone cutting machines combine cutting-edge technology with robust performance, providing high-speed, precision cuts with minimal wastage. Whether you need to cut marble slabs, granite blocks, or concrete tiles, these machines are equipped with diamond blades and advanced motor systems that allow for smooth, clean cuts every time.

Key Benefits of Stone Cutting Machines:

    Precision Cutting: Achieve clean, accurate cuts with minimal material wastage.
    High-Speed Performance: Reduce processing time and increase productivity with powerful motors and advanced cutting systems.
    Versatility: Ideal for various cutting needs, from straight cuts to intricate designs and angles.
    Safety Features: Equipped with advanced safety systems, these machines are designed to protect operators while maintaining high performance.

Why Choose Both? The Perfect Combination

For those in the stone industry, having both a stone polishing machine and a stone cutting machine is the ultimate combination for high-quality production. The cutting machine allows you to prepare stone pieces with precision, while the polishing machine brings out the stone’s beauty and elegance. Together, these machines provide an efficient and seamless workflow, ensuring that every project—from the initial cut to the final polish—is executed to perfection.

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What are the advantages of Multi-Head Bush Hammer Chip-Axe Machine

2024-12-20

In the ever-evolving construction and stone processing industries, efficiency, precision, and durability are key to achieving superior results. When it comes to surface treatment, whether you're working with stone, concrete, or other hard materials, achieving a consistent, textured finish that ensures durability and aesthetics is crucial. That's where the Multi-Head Bush Hammer Chip-Axe Machine comes into play, revolutionizing the way we approach surface preparation.

High-Efficiency Surface Treatment

The Multi-Head Bush Hammer Chip-Axe Machine is designed to provide exceptional performance by utilizing multiple bush hammer heads that work simultaneously. This powerful, high-efficiency mechanism dramatically reduces processing time while delivering flawless, uniform textures. Whether you're looking to enhance the grip of a floor, improve the appearance of a facade, or add a decorative touch to your stone surfaces, this machine offers unparalleled speed and precision.

With its multi-head design, the machine can cover larger areas in a fraction of the time compared to traditional single-head systems. This means you can achieve more in less time, improving both productivity and profitability.

Built for Durability and Reliability

Crafted with heavy-duty, industrial-grade materials, the Multi-Head Bush Hammer Chip-Axe Machine is engineered to withstand the toughest working environments. Whether you're dealing with abrasive materials like concrete or granite, or working in high-demand conditions, this machine is built to endure. Its robust construction ensures long-lasting durability, requiring minimal maintenance, and providing excellent return on investment.

The machine’s advanced control system allows for smooth operation and precise adjustments, ensuring the surface finish is exactly as required. With customizable settings for intensity and depth, you can tailor each processing session to your specific material and project needs.

Versatile and Powerful Performance

From creating non-slip surfaces for walkways to preparing textured finishes for walls and decorative stone, the Multi-Head Bush Hammer Chip-Axe Machine excels across a wide range of applications. Its ability to create high-impact textures is not only crucial for aesthetic appeal but also for enhancing safety in commercial and residential spaces. Whether it’s a high-traffic area or a delicate stone façade, this machine ensures each surface is treated with care and precision.

Moreover, the flexible adjustment mechanism allows operators to control the texture's depth, from a light, sandblasted finish to a more rugged, heavily-textured surface. The versatility of this machine makes it ideal for both small-scale projects and large, high-volume production environments.

Efficient and Cost-Effective Solution

In today’s competitive market, reducing operational costs while maximizing productivity is essential. The SMT Multi-Head Bush Hammer Chip-Axe Machine offers an efficient and cost-effective solution to meet these demands. By speeding up the surface preparation process and minimizing the need for manual labor, businesses can increase output, reduce costs, and ultimately improve their bottom line.

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Efficient Stone Polishing Machines for Professional Results

2024-12-20

In the stone processing industry, achieving a perfect finish is crucial to both the aesthetic appeal and longevity of stone products. Whether working with granite, marble, or other natural stones, the quality of the polishing process can make or break the final result. Traditional methods of polishing often involve labor-intensive and inconsistent techniques, which can lead to inefficiencies, longer production times, and a less-than-perfect finish. This is where stone polishing machines come in, revolutionizing the way professionals handle stone polishing.

A stone polishing machine is designed to deliver precise and consistent results, ensuring every stone surface is polished to perfection. The automatic nature of these machines takes much of the manual effort out of the process, providing a much more efficient solution for large-scale stone production. With automated controls, operators can achieve uniform polishing across multiple pieces, resulting in a high-quality finish every time. This eliminates the inconsistencies that often come with manual polishing, where factors such as pressure, speed, and technique can vary from one worker to another.

One of the primary advantages of an automatic stone polishing machine is its ability to process stones at a much faster rate than traditional methods. By automating the polishing process, these machines can work continuously with minimal supervision, significantly reducing labor costs and production time. In industries where large volumes of polished stone are required, this efficiency translates into a more streamlined workflow, allowing businesses to meet demanding deadlines without compromising quality.

Furthermore, stone polishing machines are equipped with advanced technology that ensures consistent, high-quality results across different types of stone. Whether polishing a delicate marble slab or a rugged granite countertop, the machine can be adjusted to suit the specific material. This level of flexibility allows stone processors to achieve the desired finish on a wide variety of stones without the risk of damage or uneven results.

While the initial investment in automatic stone polishing machines may seem significant, the long-term benefits make it a worthwhile addition for any stone processing facility. The reduced need for manual labor, coupled with the increased production speed, results in lower overall costs and higher productivity. Additionally, these machines help reduce the margin for error, ensuring that every stone is polished to the highest standards, which is essential for industries that require precision and reliability.

Incorporating an automatic stone polishing machine into your stone processing operations is not just about improving efficiency—it’s about transforming the way stone products are finished. With the right machine, businesses can achieve flawless results, save on labor costs, and elevate the quality of their stone products to meet the demands of today's market. Whether you are working on large-scale commercial projects or smaller custom jobs, these machines offer the precision, consistency, and reliability that professionals in the stone industry need to stay competitive.

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Battery Special Test Chamber

2024-12-17

Battery Special Test Chamber

Introduction to the test chamber of battery special test chamber:

High and low temperature (wet and hot) environment test for lithium battery cells, modules and electric vehicle power battery pack test; It is also used for high and low temperature (wet and hot) environmental tests of lithium battery cells and modules related to energy storage industry.

Main parameters of battery special test chamber:

Studio size: 0.3m ~ 1.5m³(other sizes can be customized)

Temperature range: -40 ℃ ~ +150℃

Humidity range: 20% ~ 98%

Heating rate: 1℃ -5 ℃/min (The whole process)

Cooling rate: 1℃ -5 ℃/min (The whole process)

Temperature fluctuation: ±0.5

Temperature uniformity: 2℃

Temperature deviation: ±2℃

Humidity deviation: +2 ~ -3% (> 75%RH), ± 5% (≤ 75%RH)

High And Low Temperature Test Chamber

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Burn-in Board for Reliability Testing

2024-12-17

Burn-in Board for Reliability Testing

Semiconductor equipment that test and screen out early failures during the “infant mortality” stage are put on a board known as “Burn-in Board”. On a burn-in board, there are multiple sockets to place the semiconductor device (ie. laser diode or photodiode). The number of devices which are placed on a board can consist of low batches of 64 to over 1000 devices at the same time.

These burn-in boards are then inserted into the burn-in oven which can be controlled by an ATE (Automatic Test Equipment) that supplies the mandatory voltages towards the samples while maintaining the desired oven temperature. The electrical bias applied may either be static or dynamic.

Usually the semiconductor components (ie. Laser Diodes) are pushed beyond what they will have to go through in normal use. This ensures that the manufacturer can be confident that they have a robust laser diode or photo diode device and that the component can meet reliability and qualification standards.

Burn-in Board material options:

IS410

IS410 is a high-performance FR-4 epoxy laminate and prepreg system designed to support the printed circuit board industry’s requirements for higher levels of reliability and the trend to use lead free solder.

370HR

370HR laminates and prepregs are made using a patented high performance 180°C Tg FR-4 multifunctional epoxy resin system that is designed for multilayer Printed Wiring Board (PWB) applications where maximum thermal performance and reliability are required.

BT Epoxy

BT epoxy is widely chosen for its outstanding thermal, mechanical, and electrical properties. This laminate is suitable for lead-free PCB assembly. It is primarily used for multilayer board applications. It features excellent electro migration, insulation resistance, and high thermal resistance. It also maintains bond strength at high temperature.

Polymide

BT epoxy is widely chosen for its outstanding thermal, mechanical, and electrical properties. This laminate is suitable for lead-free PCB assembly. It is primarily used for multilayer board applications. It features excellent electro migration, insulation resistance, and high thermal resistance. It also maintains bond strength at high temperature.

Nelco 4000-13

Nelco® N4000-13 series is an enhanced epoxy resin system engineered to provide both outstanding thermal and high signal speed / low signal loss properties. N4000-13 SI® is excellent for applications that require optimum signal integrity and precise impedance control, while maintaining high reliability through CAF 2 and thermal resistance.

Burn-in Board Thickness:

0.062” – 0.125” (1.57 mm – 3.17 mm)

Burn-in Board Applications:

During the burn-in process extreme temperatures often ranging from 125°C – 250°C or even 300°C are applied so the materials used need to be extremely durable. IS410 is used for burn-in board applications up to 155°C and typically a polyimide for applications up to 250°C.

Burn-in boards can be used in environmental testing conditions such as:

HAST (Highly Accelerated Temperature and Humidity Stress)

LTOL (Low Temperature Operating Life)

HTOL (High Temperature Operating Life)

Burn-in Board Design Requirements:

One of the most important considerations is selecting the highest possible reliability and quality for the Burn in Board and the test socket. You don’t want your Burn in board or socket to fail before the device under test. Therefore, all active/passive components and connectors should comply with high-temperature requirements, and all materials and components should meet high-temperature and aging requirements.

#Reliability Test Chamber #Laboratory Heating Oven #HAST Highly Accelerated Life Test Chamber #Highly Accelerated Stress Test Chamber #Burn-in Oven #High Temperature Aging Oven

Burn-in Chamber

2024-12-17

Burn-in Chamber

A burn-in chamber is an environmental oven used to evaluates the reliability of multiple semiconductor devices and performs large capacity screenings for premature failure (infant mortality). These environmental chambers are designed for static and dynamic burn-in of integrated circuits (ICs) and other electronic devices such as laser diodes.

Selecting Chamber Size

The chamber size depends on the size of the burn-in board, the number of products in each burn-in board, and the number of batches required per day to meet production requirements. If the interior space is too small, insufficient space between parts results in poor performance. If it is too large, space, time and energy are wasted.

Companies that are purchasing a new burn-in set-up should work with the vendor to ensure the heat source has enough steady-state and maximum capacity to match the load for the DUT.

When using forced recirculating airflow, parts benefit from spacing, but the oven can be loaded more densely vertically because airflow is distributed along the entire side wall. Parts should be kept 2-3 inches (5.1 – 7.6cm) from the oven walls.

Burn-in Chamber Design Specs

Temperature Range

Depending on the requirements of the Device Under Test (DUT) select a chamber that has a dynamic range such as 15°C above ambient to 300°C (572°F)

Temperature Accuracy

It is important that the temperature does not fluctuate. Uniformity is the maximum difference between the highest and lowest temperatures in a chamber at a specified setting. A specification of at least 1% setpoint for uniformity and 1.0°C control accuracy is acceptable in most semiconductor burn-in applications.

Resolution

A high-temperature resolution of 0.1°C will provide the best control to meet burn-in requirements

Environmental Savings

Consider a burn-in chamber that has a refrigerant that has a zero ozone layer depletion coefficient. Burn-in chambers with refrigeration are related to chambers operating in temperatures below 0 degrees Celsius down to – 55°C.

Chamber configuration

The chamber can be designed with card cages, card-slots, and access doors to simplify connecting DUT boards and driver boards with ATE stations.

Chamber Air Flow

In most cases a forced convection oven with recirculating airflow will provide the best distribution of heat and significantly speeds the time-to-temperature and heat transfer to parts. Temperature uniformity and performance depends on a fan design that directs air to all areas of the chamber.

The chamber can be design with a horizontal or vertical airflow. It is important to know the direction of inserting the DUT based on the airflow of the chamber.

Custom ATE Wiring

When it comes to measuring over hundreds of devices, inserting wires through an aperture or test hole may not be practical. Custom wiring connectors can be mounted directly to the oven to facilitate the electrical monitoring of the device with an ATE.

How A Burn-in Oven Controls Temperature

The burn-in oven uses a temperature controller executing a standard PID (proportional, integral, derivative) algorithm. The controller senses the actual temperature value versus the desired setpoint value, and issues corrective signals to the heater calling for application ranging anywhere from no heat to full heat. A fan is also used to equalize the temperature through the chamber.

The most common sensor used for accurate temperature control of the environmental oven is a Resistance Temperature Detector (RTD) which a platinum-based unit typically referred to as a PT100.

Sizing The Chamber

If you are using an existing oven, basic thermal modelling based on factors such as the oven’s thermal capacity and losses, heat-source output, and DUT mass will allow you to verify that the oven and heat source are sufficient to reach desired temperature with a thermal time constant short enough for tight loop response under the controller’s direction.

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Burn-in Testing

2024-12-17

Burn-in Testing

Burn-in testing is the process by which a system detects early failures in semiconductor components (infant mortality), thereby increasing a semiconductor component reliability. Normally burn-in tests are performed on electronic devices such as laser diodes with an Automatic Test Equipment laser diode burn-in system that runs the component for an extended period of time to detect problems.

A burn-in system will use cutting-edge technology to test the component and provide precision temperature control, power and optical (if required) measurements to ensure the precision and reliability required for manufacturing, engineering evaluation, and R&D applications.

Burn-in testing may be conducted to ensure that a device or system functions properly before it leaves the manufacturing plant or to confirm new semiconductors from the R&D lab are meeting designed operating requirements.

It is best to burn-in at the component level when the cost of testing and replacing parts is lowest. Burn-in of a board or an assembly is difficult because different components have different limits.

It is important to note that burn-in test is usually used to filter out devices that fail during the “infant mortality stage” (beginning of bathtub curve) and does not take into count the “lifetime” or wearout (end of the bath tub curve) – this is where reliability testing comes into play.

Wearout is the natural end-of-life of a component or system related to continuous use as a result of materials interaction with the environment. This regime of failure is of particular concern in denoting the lifetime of the product. It is possible to describe wearout mathematically allowing the concept of reliability and, hence, lifetime prediction.

What Causes Components to Fail During Burn-in?

The root cause of fails detected during burn-in testing can be identified as dielectric failures, conductor failures, metallization failures, electromigration, etc. These faults are dormant and randomly manifest into device failures during device life-cycle. With burn-in testing, an Automatic Test Equipment (ATE) will stress the device, accelerating these dormant faults to manifest as failures and screen out failures during the infant mortality stage.

Burn-in testing detects faults that are generally due to imperfections in manufacturing and packaging processes, which are becoming more common with the increasing circuit complexity and aggressive technology scaling.

Burn-in Testing Parameters

A burn-in test specification varies depending on the device and testing standard (military or telecom standards). It usually requires the electrical and thermal testing of a product, using an expected operating electrical cycle (extreme of operating condition), typically over a time period of 48-168 hours. The thermal temperature of the burn-in test chamber can range from 25°C to 140°C .

Burn-in is applied to products as they are made, to detect early failures caused by faults in manufacturing practice.

Burn In Fundamentally performs the following:

Stress + Extreme Conditions + Prolong Time = Acceleration of “Normal/Useful life”

Types of Burn-in Tests

Dynamic Burn-in : the device is exposed to high voltage and temperature extremes while being subjected to various input stimuli .

A burn-in system applies various electrical stimuli to each device while the device is exposed to extreme temperature and voltage. The advantage of dynamic burn-in is its ability to stress more internal circuits, causing additional failure mechanisms to occur. However, dynamic burn-in is limited because it cannot completely simulate what the device would experience during actual use, so all the circuit nodes may not get stressed.

Static Burn-in : Device under test (DUT) is stressed at elevated constant temperature for an extended period of time.

A burn-in system applies extreme voltage or currents and temperatures to each device without operating or exercising the device. The advantages of static burn-in are its low cost and simplicity.

How is a Burn-In Test Performed?

The semiconductor device is placed onto special Burn-in Boards (BiB) while the test is executed inside special Burn-in Chamber (BIC).

Know more about Burn-in Chamber（Click here）

Burn-In Chamber

#Reliability Test Chamber #High Temperature Oven #Drying Oven #Laboratory Heating Oven #High Temperature Aging Cabinet #Burn-In Chamber

Clean Dust-free Oven

2024-12-17

Clean Dust-free Oven

Clean oven is also known as dust-free oven, mainly using the air filter to purify the environment and avoid fine particles in the air into the chamber. The air inside the chamber is closed and self-circulating, which is repeatedly filtered by the 100-class high temperature and high efficiency air filter, so that the working room is in a dust-free state. The dust-free oven is suitable for pre-treatment baking of silicon wafer, gallium arsenide, lithium niobate, glass and other materials before gluing, hard film baking after gluing and high temperature baking after developing in semiconductor manufacturing. It is also suitable for electronic liquid crystal display, LCD, CMOS, IS, medicine, laboratory and other production and scientific research departments; In addition, the dust-free industrial oven can be used for drying, heat treatment, aging and other high temperature tests of non-volatile and non-flammable and explosive items.

Dust-free Oven

Features of dust-free oven:

1. Structure: the structure of dust-free oven is reasonable, assembled by the box part, the electrical control cabinet, the electric heating and the air duct circulation system.

2, Sealing design: surrounded by argon welding, using high temperature silicone rubber dust-free sealing strip heat insulation, to ensure tightness and cleanliness;

3, External dust treatment: the external material is SPCC steel plate after powder spraying plastic, wear-resistant dust and slag;

4, High efficiency filter: HEPA filter structure clean room, 99.99% effective filtration, cleanliness reached grade 100;

5, Energy saving: insulation material for high-density fiber, heat preservation and energy saving;

6, Layered structure design: the height of the internal chamber layer can be adjusted and freely taken out;

7, Temperature control instrument: automatic control of temperature, constant temperature and time control, setting with over temperature automatic power outage and alarm circuit for reliable control and safe use.

8, Electrical accessories: all use the first-line brand, PID calculus temperature control system and overtemperature protection device, intelligent constant temperature, small temperature difference, suitable for different products of long and short baking.

Product parameters of dust-free oven:

1, Temperature range: from normal temperature to 250℃, constant temperature adjustable

2, External size: H1660*W770*D920mm; internal size: H900*W600*D600mm

3, Heating speed: from room temperature to 200℃ in about 30 minutes

4, Insulation performance: the outer wall temperature of the chamber does not exceed 45℃ (when the temperature inside the chamber reaches 200℃)

5, Temperature control accuracy: ±1℃

6, Temperature uniformity: ±3℃%

7, The use of power supply: 380V/50HZ (3 ∮ 5 wire)

#Vacuum Drying Oven #Dust-free Oven #Self-Circulating High Temperature Oven #Precious Oven With Stainless Steel Construction #Blast Drying Oven #High Temperature Dust Industrial Drying Oven For Lab Research