Environment & Recycling

Our autotechnicon tissue processor is a state-of-the-art laboratory instrument, meticulously designed for efficient tissue sample processing. With automated controls and superior reliability, it ensures precision and consistency in histopathology procedures. Description of ATP140 automatic tissue processor in histopathology Protective functions: If the hanging basket comes into contact with any obstacles when entering the liquid tank during operation, it will return to the first tank so as to protect the tissue from being destroyed. Special cover used with the multiple gasket seal produces excellent sealing performance, which minimizes the volatilization loss of the liquid. The special glass cover, sealing strips and double layer active carbon filter ensure that the air in the room is not contaminated. The large screen LCD shows the operating conditions clearly. Manual operation can be used at will during running to adjust the processing time and improve the processing effect. In-built UPS can prevent the tissue being stuck in the air or 100% ethanol or xylene for an extensive period of time, destroyed in the event of power failure. Protection functions for power failure: You can set which tank is the protecting tank according to your requirement. When power failure lasts more than 5 minutes, the basket automatically enters the protection tank. When the basket moves into or in front of the protecting tank, if power cut lasts for 5 spacing minutes, the basket stays in the current liquid tank, and shall continue to operate as per the original process until power-on. When the basket moves between the protecting tank and wax tank, if power cut lasts more than 5 minutes, the basket shall enter the protecting tank, and shall continue to operate as per the original process until power-on. When the basket moves to wax tank, if power cut lasts more than 5 minutes, the basket shall enter the wax tank, and shall continue to operate as per the original process for one hour with the temperature of wax was raised to your set temperature. Specification of ATP140 fully automated tissue processor Power supply 220V±10%, 50Hz / 110V±10%, 60Hz Fuse 220V:5AUPS:2A/110V:8A UPS:3A Power 466W Outside dimensions(mm) 1235X475×590(W*D*H) Weight 70 kgs For more information about tissue processor use and histopathology lab instruments, please feel free to contact us! If you are looking for a reliable tissue processor manufacturer, don't hesitate to contact us!

Split spherical roller bearings are specialized bearings that consist of two separate halves, allowing for easy installation and replacement. They are designed to accommodate heavy radial and axial loads and are particularly useful in applications where access is limited or where traditional solid bearings are challenging to install or remove. Types of Split Spherical Roller Bearings Split Spherical Roller Bearings (Metric) Divided into halves for effortless installation, these bearings accommodate metric measurements, offering convenient solutions for heavy-duty applications. Split Spherical Roller Bearings (Inch) Similarly divided, these bearings cater to inch measurements, providing easy-to-install options for various industrial environments and load requirements. Comparisons of Split Spherical Roller Bearings and Solid Bearings Installation Ease: Split bearings allow easy installation without shaft disassembly, saving time. Solid bearings may require complex mounting, leading to extended downtime during replacement. Downtime Reduction: Split bearings minimize downtime during replacements due to their divided design, while solid bearings necessitate longer shutdowns for installation or repairs. Maintenance Accessibility: Split bearings offer convenient access for inspection and maintenance, reducing downtime. Solid bearings may require more disassembly for similar tasks. Misalignment Compensation: Split bearings excel at compensating for angular misalignment, enhancing operational flexibility. Solid bearings have limited ability to handle misalignment. Initial Installation: Split bearings simplify initial installation, making them ideal for confined spaces or challenging environments. Solid bearings can be harder to install in such conditions. Why To Choose Split Spherical Roller Bearings? Choosing split bearing offers a range of compelling advantages. Their unique design facilitates hassle-free installation and replacement, minimizing downtime and operational disruptions. With easy access for maintenance, inspections become more efficient, enhancing overall system reliability. These split spherical roller bearings excel at compensating for misalignment, increasing flexibility in challenging environments. The initial installation process is simplified, making split bearing particularly suited for confined spaces or locations where disassembly is challenging. Whether in industries like mining, steel, or heavy machinery, split spherical roller bearings optimize maintenance schedules, reduce downtime, and improve operational efficiency, making them a strategic choice for applications requiring robust load handling, misalignment compensation, and simplified maintenance procedures.

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Green plain gauge glass is a unique sight glass designed for applications such as petroleum, chemical industry, metallurgy, electric power, food, and medicine. Its key feature is the green glaze on both sides, tailored to enhance fluid level visibility and accuracy of readings within various containers or tanks. Green Plain Gauge Glass Green Plain Gauge Glass Surface Treatment The glass undergoes a special firing process, resulting in a green glaze on two surfaces. This treatment enhances the optical refraction principle such that, without liquid, one can clearly see the green color on the surface. Conversely, with fluid in the liquid level meter, the refractive index of the glass matches that of the liquid, and the green color does not reflect, allowing the viewer to see white instead. Applications Green Plain Gauge Glass is widely used in several industries like petroleum, chemical, metallurgical, electric power, food, and medicine sectors. It is especially vital in situations requiring precise monitoring and measuring of liquid levels within containers or tanks. Specifications This type of gauge glass is customized to meet clients’ specific requirements in terms of size and other physical properties. The customization ensures that it perfectly fits into the intended applications, enhancing its functionality and efficiency. Advantages The major benefits of Green Plain Gauge Glass include high resistance to temperature and pressure changes, enhancing its suitability for demanding applications. Its unique green glaze enhances visibility and reading accuracy, improving overall operational efficiency. Please note that the specific characteristics of the Green Plain Gauge Glass may vary based on the manufacturing process and materials used.

Rcstars's LB product with built-in Wi-Fi has the new high-grade industrial quality and can be with a designed logo. By touching the screens, you can see the information you need and order the things you need in the shop. Screen covered with explosion-proof glass, durable. Machine color matte black, high-gloss white optional, other colors can be customized. Specifications of 75 inch freestanding digital display Model No RCS-220LB RCS-240LB RCS-270LB RCS-320LB RCS-430LB RCS-490LB RCS-550LB RCS-650LB RCS-750LB Panle Model 21.5 inch TFT LED 23.8 inch TFT LED 27 inch TFT LED 32 inch TFT LED 43 inch TFT LED 49 inch TFT LED 55 inch TFT LED 65 inch TFT LED 75 inch TFT LED Max Resolution 1920×1080 1920×1080 1920×1080 1920×1080 1920×1080 1920×1080 1920×1080 3840×2160 3840×2160 Aspect Ratio 16:9 16:9 16:9 16:9 16:9 16:9 16:9 16:9 16:9 Pixel Pitch 0.24795×0.24795 0.2745×0.2745 0.31125×0.31125 0.36375×0.36375 0.4903×0.4903 0.27963×0.27963 0.63×0.63 0.372×0.372 0.429×0.429 Viewing Angle 89/89/89/89 89/89/89/89 89/89/89/89 89/89/89/89 89/89/89/89 89/89/89/89 89/89/89/89 89/89/89/89 89/89/89/89 Contrast Ratio 1000:1 1000:1 1000:1 1400:1 1200:1 1200:1 1400:1 1400:1 1200:1 Brightness (cd/m²) 500 500 500 500 500 500 500 500 500 Display Area (mm) 476.064×267.786 527.04×296.46 597.888×336.312 698.4×392.85 941.184×529.416 1073.78×604 1209.6×680.4 1428.48×803.52 1649.66×927.936 Panel Size (mm) 495.6×292.2×10.7 543×317.4×11.6 630×368.2×11.8 725.2×422.7×22.4 969×563.9×26 109.5×62.9×29.6 1244.6×720.9×27 1459.2×830×16 1675.2×953.6×11.9 For more information about freestanding digital signage and free standing digital display screens, please feel free to contact us! There are many digital advertising display suppliers, but we are one of the best choices for you.

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Four-way ball valve is a type of valve used to control the flow of a variety of materials in four different directions. It is designed with a spherical ball that rotates 90 degrees to open or close the valve and manage the flow of fluid or gas. This brass 1 inch ball valve allows for a more versatile and efficient flow control system in applications such as chemical processing, hydraulic systems, and refinery operations. The four-way ball valve can handle high pressure and temperature applications and is often made from durable materials such as stainless steel or brass. The ball valve brass 1 inch is easy to operate and maintain, making it a popular choice in industrial settings. 1 Inch Brass Ball Valve Specification Nominal Diameter DN15-DN200(mm) Nominal Pressure PN1.6, 2.5, 4.0, 6.4 MPa Attachment Flange type Structural Style Four-way casting valve Driving mode Electric control (with hand wheel) Operating Temperature -40℃-450℃ Power supply voltage AC220V, AC380V Valve material Carbon steel WCB, Stainless Steel 304/316/316L Sealing material PTFE, PPL, Metal seal (cemented carbide) There are many industrial valve suppliers, but we are one of the best choices for you.

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ETA, a Swiss movement manufacturer, has a long history of producing high- quality movements. ETA movements are renowned for their precision, reliability, and craftsmanship. They are widely used in a variety of watch brands and offer various complications, including chronographs and automatic winding mechanisms. The Benefits of Owning an watches with eta 7001 movement ETA movement watches offer exceptional accuracy and precision, ensuring reliable timekeeping. These watches with eta 6498 movement often have a higher resale value due to the reputation and prestige associated with ETA movements. Watches with 2892 a2 movement are widely supported, making it easier to find parts and servicing options. Components of an ETA Movement Watch brands that use eta movements consist of various components, including the main plate, bridges, gears, and escapement. The movement is powered by a mainspring that is wound manually or automatically through a rotor. The balance wheel and hairspring regulate the oscillations, ensuring accurate timekeeping. ETA movements often feature additional complications such as chronographs, calendars, and moon phase indicators. Components of an ETA Movement Watch How to Choose the Best ETA Movement Watch Owning an ETA movement watch comes with several benefits, including exceptional accuracy, reliability, and the support of a renowned Swiss movement manufacturer. The components of an ETA movement watch encompass various intricate parts working together to provide precise timekeeping. When choosing the best ETA movement watch, it's important to consider personal preferences, the reputation of the brand and movement, and the overall quality and value of the timepiece. By taking these factors into account, watch enthusiasts can select a high-quality ETA movement watch that suits their style and preferences. How to Choose the Best ETA Movement Watch Latest Blogs & News about Carisen Oct 15-2023 Smart Watch Application In today's fast-paced world, the fusion of technology and fashion has given rise to an array of innovative wearables. Smartwatches, in particular, have taken center stage as versatile devices that...

e are suppliers of Recycled, Virgin HDPE , LDPE, LLDPE, Plastic Raw Material, HDPE resin, HDPE , PET bottle ,plastic raw materials

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1000LPH RO Water Purifier With FRPTank Industrial Water Treatment Plant A.Description of ro water system Reverse Osmosis or (RO) can be described as a procedure whereby pure water and contaminants is divided via a semi-permeable membrane(s) with very fine pores. This method is a necessary technique employed in the majority of water purification systems. Reverse Osmosis is considered to be a highly effective approach to eliminating water impurities, such as Toxic Heavy Metals i.e. Lead and Radium, Mercury, Chlorinated Pesticides, organic matters, Turbidity & Dissolved Solids, bacteria, virus. RO system is widely used in water treatment, purification for tap water, well water, underground water, borehole salty water, brackish water and seawater, pure water and ultra-pure water production. Application area such as, food processing, bottled drinking water, home use drinking water, power stations, electronic industries, cosmetics production, pharmaceuticals factories, and medical treatment(such as hemodialysis). It is a key equipment for pure water plant and ultrapure water equipment.

Kona series Sapphire Polishing Slurry developed for kinds of Sapphire products, such as sapphire lens and sapphire substrate. Our colloidal silica polishing provide a good surface finish with no compromise with polish rate, and alumina slurry especially suitable for C-plane sapphire with a fast removal rate and controlled surface finish. A-PLANE SAPPHIRE COLLOIDAL SILICA FEATURES According to the characteristics of the CMP process of sapphire processing, we developed water-based alkaline PH Colloidal Silica. Kona Sapphire Colloidal Silica especially developed for Sapphire, with increased abrasive particle size, which can improve the removal rate as well as no compromise with high quality surface. Sapphire Substrate is a kind of extremely hard semiconductor substrates, Kona engineering developed Sphere Substrate Polishing Slurry, including colloidal silica and alumina slurry. In most cases, diamond abrasives is used for sapphire grading. However, which leaves scratches and other strains on the sapphire surface. So sapphire substrates need to be polished use colloidal silica or alumina slurry. A-PLANE SAPPHIRE COLLOIDAL SILICA APPLICATIONS Because of its good hardness and light transmittance, A-plane sapphire is widely used in various window materials, such as the transparent cover of watch and various medical Windows. Lapping and polishing processing to A-Plane sapphire is difficult, must choose the appropriate polishing slurry for polishing, otherwise it is really hard to polish the a-plane sapphire surface. Kona provide nano alkaline silica colloidal for A-Plane sapphire polishing.

BioHub® 2D single-use bioprocessing bags are designed for bioprocess needs. It is suitable for liquid mixing, storage, transport, and cryopreservation. Features of BioHub 2D Disposable Bioprocess Bags 100% integrity test of finished products after assembly; Capacity: 110%; Liquid recovery rate: 99.9%; Traceability; A flexible choice of film options; Similar materials of construction, extremely low level of extractables and leachables; High barrier property, optimizing the stability of products in the bag; High transparency, easy to observe the status of products in the bag; Animal-derived component-free (ADCF) materials, ensuring safety. Customization. Quality Control of BioHub 2D Disposable Bioprocess Bags In controlled environments (ISO Class 7 environments). Following ISO 9001:2015 certified quality system. Animal-derived component-free (ADCF). Meets USP <87>, USP <88> Class VI, USP <661>, USP<85>, USP <788>, ISO11737-1, ISO11737-2, and ISO11137 for liquid contact materials. Document support: Shipped with COQ or COA. Sterilization: 25–40 KGy of gamma. Shelf life: 2 years. Packaging: Double bagged. Specifications of BioHub® 2D Disposable Bioprocess Bags BioHub® 2D storage bag adopts ship shape outlet, and the port size includes 1/8 ", 1/4" and 3/8 ". It can be connected to sili-cone tubing and Thermoplastic tubing to meet various liquid management requirements. For more information about 2d biocontainer and 3d biocontainer, please feel free to contact us! There are many bioprocessing companies, but we are one of the best choices for you.

Process optimization and improvement in reaction, a new generation of hydrocyanic acid synthesis technology in the world. Characteristics of hydrogen cyanide synthesis Process Technology 1 A new generation of reaction equipment with fast gas flow rate and high mass transfer efficiency; 2 Higher heat transfer efficiency and narrow temperature gradient of reaction system; 3 High reactant conversion; 4 High product yield; 5 Low impurity content; 6 Wide flexibility range of capacity scale; 7 Good equipment start-up periodicity; 8 Continuous operation of product feeding and recovery, with good device continuity. For more information about hcn synthesis and chemical processing definition, please feel free to contact us!

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Direct acc air cooled condenser (ACC) is a type of heat exchanger commonly used in thermal power plants. It is designed to convert steam from the turbine exhaust into water, which can then be returned to the steam cycle. Unlike a conventional water-cooled condenser, a direct ACC uses air as the cooling medium, allowing for more compact design and reduced water usage. The steam is fed through a series of finned tubes, where it is cooled by the flow of air, which is generated by a forced draft fan. Operating Principle of Direct Air Cooled Condenser (ACC) It is a cooling system in which air is used as the cooling medium and the steam from the steam turbine's exhaust is immediately condensed into water through the tube bundle of the air-cooled condenser. Its air-cooled condenser, air supply system, support structure, exhaust duct system, condensate collecting system, vacuum-pumping system, cleaning system, electrical system, and instrument control system are the primary components of its heat exchange system. Features of Direct Air Cooled Condenser (ACC) 01 High thermal efficiency: Direct air-cooled condensers (ACCs) have a high thermal efficiency due to their finned tube bundles and large airflow, which allows for efficient latent heat transfer and ensures that the entire steam turbine exhaust is condensed. 02 Compact size: ACCs are designed to be compact and take up less space compared to conventional water-cooled condensers, making them suitable for installation in power plants with limited space. 03 Reduced water usage: ACCs do not require any water from an external source for cooling, making them more water-efficient than traditional water-cooled systems. This reduces the impact of the plant on the environment and results in potential cost savings for the power plant. 04 Reduced maintenance: ACCs have a simplified design and require less maintenance than water-cooled systems. There is less need for water treatment or mitigation systems to prevent leaks or corrosion, reducing maintenance costs for the plant. As a result, ACCs have higher reliability and less downtime, which helps reduce operational costs. Advantages of Direct Air Cooled Condenser (ACC) There are several advantages of using a direct air-cooled condenser (ACC) in a power plant: Reduced water usage: As they do not require any cooling water, ACCs offer significant water savings compared to traditional water-cooled systems. This can help power plants meet environmental regulations and reduce their impact on the environment. Compact design: ACCs are designed to be compact and require less space than traditional water-cooled systems. This makes them ideal for use in power plants with limited space and allows for easier installation. Lower maintenance costs: ACCs require less maintenance than water-cooled systems and have a simplified design, reducing maintenance costs and improving plant reliability. No water treatment required: Water-cooled systems require water treatment to maintain water quality and prevent corrosion. Since ACCs do not require cooling water, there is no need for water treatment or the associated costs. Efficient operation: ACCs have a high thermal efficiency due to their finned tube bundles and large airflow, resulting in efficient latent heat transfer and ensuring that the entire steam turbine exhaust is condensed. In summary, the main advantages of using a direct air-cooled condenser (ACC) in power plants include reduced water usage, a compact design, lower maintenance costs, no water treatment requirement, and efficient operation. Maintenance Of Industrial Air Cooling Systems Regular cleaning of air filters to ensure proper airflow and prevent clogging. Inspection and cleaning of evaporator and condenser coils to remove any accumulated dust or debris. Lubrication of fan bearings and motors to ensure smooth operation. Inspection of electrical connections, wires, and controls for damage or wear and tear. Checking of refrigerant levels and ensuring there are no leaks. Regular inspection of refrigerant lines for any damage or corrosion. Cleaning and inspection of drain pans to prevent the buildup of algae and bacteria. Inspection of ductwork and insulation to ensure proper airflow and prevent leaks or damage. Now the air cooled condensing unit price is reasonable, if you have needs to buy chiller condensing unit , please contact us. If you want to know more kinds of cooling system industrial, please visit our website.

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The reverse vending machine is a device that accepts used (empty) beverage containers and returns money to the user.

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