Industrial Machinery & Equipment

sick sensor WTB16P-24161120A00 Functional principle Photoelectric proximity sensor Functional principle detail Background suppression Sensing range Sensing range min. 10 mm Sensing range max. 1,000 mm Adjustable switching threshold for background suppression 100 mm ... 1,000 mm Reference object Object with 90% remission factor (complies with standard white according to DIN 5033) Minimum distance between set sensing range and background (black 6% / white 90%) 25 mm, at a distance of 400 mm Recommended sensing range for the best performance 100 mm ... 400 mm Emitted beam Light source PinPoint LED Type of light Visible red light Shape of light spot Point-shaped Light spot size (distance) Ø 6 mm (500 mm) Maximum dispersion of the emitted beam around the standardized transmission axis(squint angle)< +/- 1.0° (at Ta = +23 °C) Enclosure rating IP66 (EN 60529) IP67 (EN 60529) IP69 (EN 60529) 1) Ambient operating temperature –40 °C ... +60 °C Ambient temperature, storage –40 °C ... +75 °C Shock resistance 50 g, 11 ms (25 positive and 25 negative shocks per axis, for X, Y, Z axes, 150 shocks in total (EN60068-2-27)) 50 g, 6 ms (5,000 positive and 5,000 negative shocks per axis, for X, Y, Z axes, 30,000 shocks in total (EN60068-2-27)) Vibration resistance 10 Hz ... 2,000 Hz (Amplitude 0.5 mm / 10 g, 20 sweeps per axis, for X, Y, Z axes, 1 octave/min, (EN60068-2-6)) Please contact me to get more information and models Email:Mia@cwlyautomation.com VK/W , hatsapp/Telegram:+8613667120925 Website: www.cwlyautomation.com ECLASS 5.0 27270904 ECLASS 5.1.4 27270904 ECLASS 6.0 27270904 ECLASS 6.2 27270904 ECLASS 7.0 27270904 ECLASS 8.0 27270904 ECLASS 8.1 27270904 ECLASS 9.0 27270904 ECLASS 10.0 27270904 ECLASS 11.0 27270904 ECLASS 12.0 27270903 ETIM 5.0 EC002719 ETIM 6.0 EC002719 ETIM 7.0 EC002719 ETIM 8.0 EC002719

Minimum Order: 1 bags

Lenze 2.2kW 1PH E82EV222K2C Drive vector frequency inverter The Lenze 8200 AC Drive vector frequency inverter. The Lenze 8200 AC Drive frequency inverter. Complete with everything you need for convenient operation, handling, diagnostics and communication. This is what the 8200 vector modular range of frequency inverters in the power range from 0.25 to 90 kW stands for. Pluggable function modules enable precisely tailored integration of the 8200 vector into the control and automation architecture of your machine or installation. Power: 2.2kW Amps: 9.5 Supply: Single Phase 200/240v Model: E82EV222K2C Filter: Built-In Performance: High Performance Dimensions: 18 20 30 Weight: 5 kg Torque: Constant Torque General Purpose Their compact dimensions of the 2.2kW Lenze 8200 AC Drive vector frequency inverter allows you to save space in your control cabinet. For individual cooling concepts, we offer the "push-through technique" and "cold plate technique" models. The units are operated either via a plug-in Keypad XT control console or a PC in connection with the convenient and free-of-charge Global Drive Control easy operating software The Lenze 8200 AC Drive vector frequency inverter – for standard applications The concept of the Lenze 8200 AC Drive frequency inverter is based on a modular system of components adjusted to each other. If combined with a Lenze geared motor or a Lenze three-phase AC motor, you can produce electronic variable speed drives for a wide range of applications in the 0.25 to 90 kW power range Lenze 8200 AC Drive Advanced Keypad XT Features:- Password protection Plain text display Predefined basic configurations User-specific menus Suitable for the 8200 vector and 9300 inverters series IP20 degree of protection Features of Lenze 8200 AC Drive frequency inverter:- The option of 'bookcase' mounting Permits a space-saving installation in the control cabinet. Installation costs are reduced using integrated filters (optional). Flexible The modular structure allows you to optimise the inverters to your application, making cost-effective drive solutions possible while maintaining high performance levels. Regardless of whether you opt for "stand alone“ inverters with potentiometer-based setpoint selection or inverters networked in a bus system – the functionality of the inverter can be adapted to your application. Adaptable The selectable form of the V/f characteristic allows the frequency inverters to be adapted to loads with torque requirements rising in a constant or quadratic manner. The integrated flying restart circuit means that a drive can be easily restarted when the shaft is still turning. Please contact me to get more information and models Email:Mia@cwlyautomation.com VK/W , hatsapp/Telegram:+8613667120925 Website: www.cwlyautomation.com E82EV551K2C E82EV751K2C E82EV152K2C E82EV222K2C E82EV551K2C200 E82EV751K2C200 E82EV152K2C200 E82EV222K2C200 E82EV551K4C E82EV751K4C E82EV152K4C E82EV222K4C E82EV551K4C200 E82EV751K4C200 E82EV152K4C200 E82EV222K4C200 E82EV302K4C E82EV402K4C E82EV552K4C E82EV302K4C200 E82EV402K4C200 E82EV552K4C200

Minimum Order: 1 bags

Euchner HBA-072936 Handheld pendant Stations Type Hand held Pendant Station Connections Spiral Cable (Expandable up to 3.5m), 23 pin plug connector UPS Transit Time If we are out of Stock, Click Here to Contact us Manufacturer Euchner Handwheel Pulses/Revolution:100 Interface: RS422A Power Supply: 5 ± 5% VDC Pushbutton 2 Pushbuttons, 2 stage for Enabling function Switching Elements: 2, 1 NO contact each Connection Ratings: 30VDC/100mA E-Stop Device Standard: EN ISO 13850 Switching Elements: 2 NC contacts Selector Switches Not Available Membrane Keypad Switching Elements: 3,1 NO contact each Switching Voltage:30VDC Max. Breaking Capacity: 1W Color Gray RAL 7040 Housing Material Plastic Operating Temperature 0 to 50°C Protection Standard IP65 / 250-12 Ordernumber 072936 Item designation HBA-072936 Gross weight 1,221kg Customs tariff number 85371098 ECLASS 27-33-02-02 Mobile Panel (HMI) Please contact me to get more information and models Email:Mia@cwlyautomation.com VK/W , hatsapp/Telegram:+8613667120925 Website: www.cwlyautomation.com HBA - 079 828 HBA - 079 826 HBA - 072 936 HBA - 079 827 HBA - 116 258 HBA - 099 799 HBA - 072 775 HBA - 112 063 HBA - 112 397 HBA - 072 948 HBA - 104 867 HBA - 093 787

Minimum Order: 1 bags

GYS751D5-RC2 Fuji Electric Ultra-low Inertia GYS Motor Manufacturer : Fuji Electric Product No : GYS751D5-RC2 Product Ttype : Ultra-low Inertia GYS Motor GYS : Ultra-low Inertia Type Rated Output : 751 = 75×101 = 750W Rated Speed : D = 3000r/min series Development Order : 5 = 5 Encoder : R = INC(20bit) Oil seal/shaft : C = Without oil seal, straight shaft, with key, tapped Input voltage : 2 = 3-phase 200V Brake : Blank = Without Weight : 3.4 Kg Please contact me to get more information and models Email:Mia@cwlyautomation.com VK/W , hatsapp/Telegram:+8613667120925 Website: www.cwlyautomation.com GYS500D5-RA2 GYS201D5-RC2 GYS751D5-R , C2 GYS201D5-RC2 0.4kW GYS401D5-RC2 0.75kW GYS751D5-RC2 1.0kW GYS102D5-RC2 1.5kW GYS152D5-RC2 2.0kW GYS202D5-RC2 3.0kW GYS302D5-RC2 4.0kW GYS402D5-RC2 5.0kW GYS502D5-RC2 0.05kW GYS500D5-RA2-B 0.1kW GYS101D5-RA2-B 0.2kW GYS201D5-RC2-B 0.4kW GYS401D5-RC2-B 0.75kW GYS751D5-RC2-B 1.0kW GYS102D5-RC2-B 1.5kW GYS152D5-RC2-B 2.0kW GYS202D5-RC2-B 3.0kW GYS302D5-RC2-B 4.0kW GYS402D5-RC2-B 5.0kW GYS502D5-RC2-B 0.05kW GYS500D5-HA2 0.1kW GYS101D5-HA2 0.2kW GYS201D5-HC2 0.4kW GYS401D5-HC2 0.75kW GYS751D5-HC2 1.0kW GYS102D5-HC2 1.5kW GYS152D5-HC2 2.0kW GYS202D5-HC2 3.0kW GYS302D5-HC2 4.0kW GYS402D5-HC2 5.0kW GYS502D5-HC2 0.05kW GYS500D5-HA2-B 0.1kW GYS101D5-HA2-B 0.2kW GYS201D5-HC2-B 0.4kW GYS401D5-HC2-B 0.75kW GYS751D5-HC2-B 1.0kW GYS102D5-HC2-B 1.5kW GYS152D5-HC2-B 2.0kW GYS202D5-HC2-B 3.0kW GYS302D5-HC2-B 4.0kW GYS402D5-HC2-B 5.0kW GYS502D5-HC2-B

Minimum Order: 1 bags

Beckhoff module KL5121-0010 Bus Terminal The KL5121 Bus Terminal can be used to implement a linear path control. The terminal reads an incremental signal, which can be supplied by an incremental encoder or a pulse generator, and switches the outputs when the counter reaches a previously defined state. The counter states can be transmitted to the terminal by the higher-level automation device in the form of a table. The position is acquired with the aid of the latch input, which is activated/deactivated by the gate input. Up to four 24 V outputs can be switched. The LEDs indicate the states of the signals at the various inputs and outputs. Description KL5121 BUS TERMINAL 1-CHANNEL 4 X DIGITAL OUTPUT INCREMENTAL ENCODER INTERFACE WITH PROGRAMMABLE OUTPUTS 24 VDC 0.5 AMP 250 KHZ LINEAR PATH CONTROL FACTORY WARRANTY MAY NOT APPLY. RADWELL 2-YEAR WARRANTY INCLUDED Specifications Part # KL5121 Category PLCs/Machine Control Subcategory PLC Module/Rack Technology incremental encoder interface with programmable outputs Number of channels 1 incremental encoder + 4 outputs Encoder connection A, B, latch, gate Encoder operating voltage 24 V DC Counter 16 bit, binary Limit frequency 1 million increments/s (with 4-fold evaluation) Output voltage 24 V Output current 0.5 A Switching times < 100 µs Power supply 24 V DC (-15%/+20%) Current consumption power contacts typ. 30 mA + load Current consumption K-bus typ. 60 mA Bit width in the process image input/output: 2 x 16 bit data, 2 x 8 bit control/status Special features electronic camshaft controller Weight approx. 60 g Operating/storage temperature 0…+55°C/-25…+85°C Relative humidity 95%, no condensation Vibration/shock resistance conforms to EN 60068-2-6/EN 60068-2-27 EMC immunity/emission conforms to EN 61000-6-2/EN 61000-6-4 Protect. rating/installation pos. IP20/variable Pluggable wiring for all KSxxxx Bus Terminals Approvals/markings CE, UL, ATEX, IECEx Ex marking ATEX: II 3 G Ex ec IIC T4 Gc IECEx: Ex ec IIC T4 Gc Please contact me to get more information and models Email:Mia@cwlyautomation.com VK/W , hatsapp/Telegram:+8613667120925 Website: www.cwlyautomation.com KL5051 KL5151 KL5152 KL6001 KL , 6011 KL2541 KL2542 KL1250 KL3468 KL , 4408 KL9400 KL9400

Minimum Order: 1 bags

AIO288/1 Bachmann Analog Input/Output Module Bachmann AIO288/1 Analog input/output module, not isolated AIO288 00014470-00 AIO288 CC 00016157-00 AIO288/1 00014470-10 Manufacturers: Bachmann Estimated Shipping Size Dimensions: 5.7 x 12.1 x 7.0 cm Weight: 0.3kg Country of Origin: Germany Condition: New AIO288/x Analog Input/Output Modules The analog input/output module AIO288/x offers 8 analog input channels as well as 8 analog output channels. 8 analog inputs 8 analog outputs Connection possibility single-ended or differential Power supply for up to 4 potentiometers Temperature inputs for up to 4 Pt100/Pt1000 sensors 2-wire or 4-wire inputs for Pt100/Pt1000 sensors Wire break detection for the inputs (for voltage and temperature) Short circuit proof outputs Overload detection for potentiometer power supplies Monitoring of the external supply voltage Please contact me to get more information and models Email:Mia@cwlyautomation.com VK/W , hatsapp/Telegram:+8613667120925 Website: www.cwlyautomation.com Order Codes AIO288/x AIO288 00014470-00 Analog input/output module; 8x In ±10V ±1V 20mA 4x Pt100/1000; 14bit; 0.1%; 200µs sample time; 8x Out ±10V; 4x Poti supply; isolated AIO288 CC 00016157-00 Like AIO288; ColdClimate ( ) AIO288/1 00014470-10 Analog input/output module; 8x In ±10V ±1V 20mA 4x Pt100/1000; 14bit; 0.1%; 200µs sample time; 8x Out ±10V; 4x Poti supply; NOT isolated Accessories SS-AIO288 B+C 00012007-50 Terminal set Phoenix screw side (4x SS 35/19; 1x KZ 51/03) with labeling strip and coding elements SV-AIO288 B+C 00010864-50 Terminal set Phoenix screw frontside (4x SS 35/19; 1x SV 51/03) with labeling strip and coding elements KS-AIO288 B+C* 00012598-50 Terminal set cage clamp small (4x KS 35/19; 1x KZ 51/03) with labeling strip and coding elements, not for new developments KZ-AIO288 B+C 00026125-00 Terminal set Phoenix cage clamp (4x KZ 35/19; 1x KZ 51/03) with labeling strip and coding elements

Minimum Order: 1 bags

ABB PTC input 1SAJ530000R1100 General information Extended Product Type UMC100.3 UC Product ID 1SAJ530000R1100 EAN 4013614496929 Catalog Description UMC100.3 UC, Supply 110-240 V AC/DC, 6DI, 4 DO, PTC input Long Description The intelligent motor controller UMC100.3 DC uses a 110...240 V AC/DC supply and is suitable to protect against overload. It can be connected to a variety of communication networks and has a wide range of additional parameters to maximize motor protection Specifications Product Name Universal Motor Controller Rated Control Supply Voltage110 ... 240 V AC / DC Ambient Air TemperatureOperation 0 ... +60 degree Celsius Storage -25 ... +70 degree Celsius Resistance to Vibrations acc. to IEC 60068-2-64g, 2 ... 100 Hz Resistance to Shock acc. to IEC 60068-2-27 15g / 1 shock / 11 ms RoHS StatusFollowing EU Directive 2011/65/EU Maximum Operating Voltage UL/CSA Main Circuit 600 V AC Auxiliary Circuit 230 V AC / DC Adjustable Rated Motor Current Ie 63 A Analog Inputs 0 Minimum Order Quantity1 Customs Tariff Number 85371091 ECCN N ECN N Analog Outputs 0 Product Net Width: 70 mm Product Net Height: 106 mm Product Net Depth: 107 mm Product Net Weight: 315 g Please contact me to get more information and models Email:Mia@cwlyautomation.com VK/W , hatsapp/Telegram:+8613667120925 Website: www.cwlyautomation.com 1SVR508010R1300 1SVR508020R0000 1SVR508020R1100 1SVR508120R0000 1SVR508100R0000 1SVR508100R0100 1SVR508110R0000 1SVR508110R0100 1SVR508130R0000 1SVR508150R0000 1SVR508160R0000 1SVR508160R0100 1SVR508211R0100 1SVR508210R0100

Minimum Order: 1 bags

Media Retention Nozzles, also known as nozzle strainers, v wire nozzle screens, or water treatment collectors, are crucial components in many water and wastewater treatment processes. These Media Retention nozzles are designed to retain filtration media such as sand, anthracite, activated carbon, and ion exchange resins while allowing treated liquids to pass through at the desired flow rate. With a focus on durability, compatibility, and optimal performance, our Media Retention Nozzles are tailored to meet the unique requirements of various industrial applications. Why Choose Our Media Retention Nozzles? Our Media Retention Nozzles offer several distinct advantages over traditional filtration components: 1. Exceptional Strength and Durability Manufactured using high-quality materials, our nozzles are built to withstand the demanding conditions of water and wastewater treatment applications. They are more durable than other materials commonly used in filtration systems, ensuring a longer service life and reducing the need for frequent replacements. 2. High Percentage of Open Area Our nozzles are designed with a high percentage of open area, which maximizes the flow of treated liquid while retaining the filtration media. This design feature ensures that the filtration process is efficient and effective, maintaining optimal flow rates and reducing downtime due to clogging or blockages. 3. Naturally Anti-Clogging The unique design of our nozzles prevents clogging, ensuring consistent performance over time. This anti-clogging feature minimizes maintenance requirements and extends the lifespan of your filtration system. 4. Minimal Pressure Drop Our Media Retention Nozzles are engineered to minimize pressure drop across the filtration system. This ensures that the treated liquid flows smoothly through the system, maintaining consistent pressure levels and optimizing energy efficiency. 5. Versatile Slot Sizes and Configurations We offer a wide range of slot sizes to accommodate different filtration needs. Whether you require fine filtration for small particles or larger slots for coarser media, our nozzles can be customized to meet your specific requirements. 6. Easy Installation in False Bottom Applications Designed for easy installation, our nozzles are ideal for use in false bottom applications, where they can be securely mounted and provide reliable media retention. This feature simplifies the installation process and reduces the time and cost associated with setting up your filtration system. 7. Long-Lasting Performance With a focus on quality and durability, our nozzles are designed to provide long-lasting performance, even in challenging environments. This reduces the need for frequent maintenance and replacement, saving you time and money in the long run.

Minimum Order: 100

Wedge wire, also known as V-wire, is a type of screen construction involving the use of triangular-shaped wires that are welded to support rods at precise intervals. This design results in a robust, durable screen with a continuous slot that allows accurate and consistent filtration. Wedge wire fractal laterals are designed to fractal control fluid flow in a medium. By combining wedge wire technology with fractal lateral designs, you achieve an optimized filtration solution that excels in both efficiency and longevity. Fractal collectors and distributors ensure that the time it takes for fluid to travel through the upper and lower lateral headers is identical for every entry and exit pair within the system. This design improves media utilization and boosts overall process efficiency. Enhancing Efficiency with Fractal Design The fractal design of these laterals is key to enhancing filtration efficiency. By utilizing a fractal pattern, the flow paths are optimized to reduce turbulence and pressure drop, which in turn minimizes energy consumption and operational costs. Additionally, the fractal design increases the available surface area for filtration without requiring a larger footprint, making it an ideal solution for operations with space constraints. The Advantages of Custom Design Wedge wire fractal laterals are the ability to tailor the design to the specific needs of your operation. ▪ Precision Slot Openings The wedge wire slot openings can be adjusted to ensure that only the desired particles pass through. This precision reduces clogging risk and extends the lifespan of the filtration system. ▪ Optimized Flow Distribution The liquid flow is evenly distributed across the entire filtration surface by designing the laterals with fractal patterns. This prevents channeling and ensures that the filtration process is both thorough and efficient. ▪ Scalability Custom designs can be scaled to meet the needs of any operation, whether you're dealing with a small-scale water treatment plant or a large industrial facility. Wedge wire fractal laterals can be designed to adapte to fit virtually any size or shape of vessel. We provide wedge wire fractal laterals for water treatment, and oil and gas industries. E-mail: sales@uboscreen.com

Minimum Order: 1 bags

A sand filter is a step in the water purification process. Wedge wire hub and lateral nozzles are important components in sand filters to improve filtration efficiency. Wedge wire hubs and lateral nozzles are commonly used in sand filters for municipal water treatment systems. They help remove particulate matter, sediments, and other impurities, ensuring clean and safe drinking water. Hub and Lateral Screen Hub and lateral screens are internal components of the container, mainly composed of wedge wire screen pipes and hubs. They can effectively collect and distribute the filter media. The hub is the central component that connects multiple lateral nozzles to the main piping system. The hub design ensures that fluid is distributed evenly across all lateral nozzles for consistent filtration. The hub and lateral design is crucial for ensuring uniform flow distribution across the entire surface of the filter media, optimizing the filtration process. We can custom design hub and lateral screens according to the sand filter size, flow rate, media, etc. Filter Nozzle(Lateral Pipe) Lateral filter nozzles extend from the hub and are designed to allow fluid to flow into and out of the filter media. Our lateral pipe filter nozzles consist of wedge wire screens welded at specific intervals to form an effective filtration medium. Filter nozzles can also be installed on the nozzle plate. Placed at the bottom of the container, this can change the size and distribution of the nozzles on the nozzle plate to optimize the flow distribution.

Minimum Order: 1 bags

Parker hydraulicvalve D1FPE50HB9NB00 D1FPE50MA9NB00 General Description of parker hydraulicvalve D1FPE Series D1FP direct operated control NG6 (CETOP3) valve features extremely high dynamics combined with maximum flow. It is used for high accuracy in positioning of a hydraulic axis, and for controlling force and velocity. Email: anna@cwlyautomation.com Tel: +86 13667121125 whatsapp/ vk/ telegram also available Company: CW Green Tech Features of parker hydraulicvalve D1FPE 1. Servovalve dynamics: -3dB/350Hz at ±5% input signal 2. Full flow capacity up to 350 Bar (5075 PSI) pressure drop through the valve 3. Maximum tank pressure 350 Bar (5075 PSI) with external drain Y-port 3. High flow 4. Defined spool positioning in case of loss of electric power supply 5.Onboard electronics Email: anna@cwlyautomation.com Tel: +86 13667121125 whatsapp/ vk/ telegram also available Company: CW Green Tech Proportional Directional Control Valves Series D1FP D1FPE D3FPE D1FPE50HB9NB00 D1FPE D1FPE50 D1FPE50MB9VB7036P50 D3FPE D3FPE50YB9NB00 D1FPE50CA9NB00-20 D1FPE50MH9NB70 D1FPE50FA9NB00 - Direct Operated Proportional Directional Control Valves Parker Proportional Directional Control Valves D1FP, D3FP D1FPE50MA9NB00 PARKER D31FPE/FBE/D1FPE/D41FPE/BD15/D91FBE Hydraulic-Valve-Division hydraulicvalve PARKER D1VHWOO4CNYYGF56 PILOT OPERATED PROPORTIONAL DIRECTIONAL CONTROL VALVE PARKER D1FBE01KC0NS0316 PROPORTIONAL DIRECTIONAL CONTROL VALVE D30FPE50UA4VB03 Parker Hydraulic Proportional .

Minimum Order: 1 bags

I. Specification Model TD703AD 1 Worktable Dimension 550×360㎜ 2 Travels X×Y×Z 350×250×（380+300）㎜ 3 Max Load on Work Table 350kg 4 Max Pressure of Working Water 14Mpa 5 Flume dimension 800*450mm 6 Max Work Current 30A 7 Electrode Diameter Ф0.15-Ф3mm 8 Max Process Deep 400mm 9 Max Processing Speed 30-60mm(Ф1.0) 10 Max Diameter to Deep Ratio ≥300 11 Workpiece Material Steel/Aluminum/Copper/Carbide and Various of Conductors 12 Working Medium Tap water/Ion free water 13 Machine Exernal Dimensions 1000×750×2000mm 14 Machine Weight 950kg II. The machine characteristics: 1. Process deep holes of diameter from Ф0.15-Ф3mm rapidly 2. Servo control system realizes speedy motion. 3. High accuracy movement by linear roller guides of Z axis. 4. X,Y,Z three axes adopt high accuracy ball screws for fast and agile movement. 5. X,Y axes base high precision V-shape and Flat rails with Teflon protection for high stiffness and wide travel. 6. Three axes DRO with linear scales, auto depth control helps blind holes process. 7. Water and dust proved panel in touching . 8. Smart Drill interface and digital frequency generator. 9. Special pump made in Taiwan. 10. Max process depth ≥400mm. 11. One touch, one hole made. 12. Rotating device sealed in plane structure by anti-rust material. (The main difference between TD703A and TD703AD is the operation panel. ON TD703AD, it is stainless steel panel, having a longer usage life).

Minimum Order: 2 barrels

In the world of brewing, efficiency and consistency are paramount. Achieving a high-quality wort with maximum yield requires equipment that can reliably filter and separate solids from liquids. This is where welded wedge wire mash tuns, also known as false bottom lauter tuns or wedge wire false bottoms, play a crucial role. What is a Welded Wedge Wire Mash Tun? A welded wedge wire mash tun is an advanced filtration system used at the bottom of a mash tun in breweries. Constructed from a V-shaped wire, this false bottom allows for the smooth passage of wort while supporting the grain bed. The design facilitates a more efficient lautering process, which is essential for separating the wort from the mash, speeding up the brewing process, and improving the overall quality of the final product. Welded Wedge Wire Mash Tuns for Brewery How Welded Wedge Wire Mash Tuns Work? The wedge wire screen is placed at the bottom of the mash tun to create a false bottom that filters the wort from the spent grain during lautering. The V-shaped wires form a continuous slot that enables liquid to flow through while holding back the solid particles. This unique configuration minimizes clogging, ensures an even flow of liquid, and maintains the clarity and purity of the wort. Customization for Your Brewery Needs Every brewery is unique, and so are its equipment needs. At YUBO, we offer custom-designed welded wedge wire mash tun screens to meet specific requirements. Whether you're running a small craft brewery or a medium-sized operation, our mash tuns are engineered to fit seamlessly into your existing brewing system, enhancing performance and supporting production goals. Key Advantages of Using Welded Wedge Wire Mash Tuns 1. Stable Wort Flow: The precision design of our wedge wire screens ensures a consistent and stable outflow of wort from the tank. This even flow prevents channeling, which can negatively impact wort quality. 2. Enhanced Filtration Speed and Productivity: The unique V-shaped wire design facilitates faster filtration, reducing lautering time and increasing overall productivity. This efficiency means you can brew more batches in less time. 3. Maintains Clarity and Yield of Wort: The high-performance filtration maintains the transparency of the wort, ensuring a high-quality final product with minimal haze. It also helps achieve a higher yield by maximizing the extraction of fermentable sugars. 4. User-Friendly Operation: Our mash tuns are designed to be easy to install, operate, and maintain. The adaptability of the wedge wire screens allows for smooth integration into various brewery setups, and their durability minimizes the need for frequent replacements. 5. Cost-Effective and Low Maintenance: Our mash tuns are constructed with robust stainless steel, saving time and money over the long term. The polished surface also reduces the likelihood of bacterial buildup, enhancing cleanliness and reducing maintenance costs. Welded Wedge Wire screen Mash Tuns for Brewery The Importance of Choosing the Right Mash Tun for Your Brewery Investing in the right equipment is vital for maintaining quality and consistency in brewing. A welded wedge wire mash tun offers several key benefits over traditional perforated or slotted false bottoms. The continuous V-wire design not only ensures a more even filtration process but also provides a longer lifespan, reducing the frequency of replacements and associated downtime. The mash tun's performance directly affects the quality of the wort, which in turn influences the taste, clarity, and aroma of the final beer. With the right mash tun, you can achieve optimal extraction rates, reduce the risk of off-flavors, and ensure that each batch of beer meets the highest standards.

BLADE KNEADER REACTOR DESCRIPTION SK3000E-E Type Blade Intermeshing Kneader is a state-of-the-art mixing equipment designed to integrate multiple functions in a single machine for high-volume processing of high viscosity polymers and chemicals to mixing, shearing, evaporation, drying, crushing and crystallization. The SK3000E-E Type Blade Intermeshing Kneader is a state-of-the-art mixing equipment designed to integrate multiple functions in a single machine for high- volume processing of high viscosity polymers and chemicals. SPECIAL DESIGNED KNEADERING IMPELLER SUNKAIER Special Designed Differential Co-Rotation Kneading Impeller is designed specifically for the efficient treatment of high-viscosity materials, including mixing, evaporation, drying, and polymerization processes. APPLICABLE FOR PBAT CHAIN EXTENSION PROCESS SK3000E, as part of the SUNKAIER line of equipment, is designed for applications involving high-viscosity materials and complex processing needs, such as chain extension in the production of polybutylene adipate terephthalate (PBAT). PBAT is a biodegradable and compostable polyester that is often used in applications requiring flexibility, such as film packaging and mulch films. SOLVENT COUNTER WASHING APPLICATION SK3000E, as part of the SUNKAIER line of equipment, is used for polymer gel crushing and washing. This process is typically involved in the post-polymerization treatment of materials, where the goal is to break down larger gel pieces into smaller particles and wash away impurities or residual solvents. ADVANTAGES： 1. Effective Self-Cleaning prevent the formation of dead zones and accumulation of product, which can lead to degradation over time. 2. SK3000E provides superior kneading, mixing capabilities and better homogenization of the material. 3. SK3000E is designed to efficiently transfer heat to or from the material to ensures that the material is heated or cooled uniformly. 4. SK3000E promotes frequent renewal of the surface area of the material. this enhances the mixing and heat transfer processes, leading to more efficient processing. 5. SK3000E has a significant volume available for the release of vapors to facilitate the removal of volatiles and gas. SK3000E LAB UNIT SK3000E self-cleaning kneader reactor lab unit sounds like a specialized piece of equipment designed for use in laboratory settings, particularly for research and development purposes. This type of equipment is typically used for mixing, kneading, and reacting various materials under controlled conditions. APPLICATIONS: Polymer Research: Studying the behavior of polymers under various conditions. Chemical Synthesis: Developing new chemical processes or optimizing existing ones. Material Science: Characterizing and developing new materials. Pharmaceuticals: Formulation development and process optimization. If you have any need of equipment please contact me without hesitation, thanks. Thanks & Regards Helena Xiao / Sales Manager Email: helena@sunkaier.com Phone: +86 510 8758 8707 Mobile: +8618261586225 https://www.sunkaier.com , #chemicalprocessing #chemicalindustry #chemicalmanufacturing #chemicalsolution #polymersolution #mixing #chemicalreaction #polymerization #highviscocitymaterialprocessing #highviscocitymaterialsolution #mining #petrochemical #oil #oilprocessing #lubrication #polymer #polymerprocessing #plastics #plasticprocessing #metallurgy #powdermetallurgy #metalprocessing #metallurgicalengineering #polyvinylidenefluoride #hydrogenfluoride #polybutyleneadipateterephthalate #thermoplasticurethanes #polyvinylchloride #highimpactpolystyrene #generalpurposepolystyrene #polyethylene #polyethylenewax #polyethyleneterephthalate #polyurethane #polyglycolideacid #polylacticacid #acrylonitrilebutadienestyrene #extrudingprocess #kneaderingprocess #kneadingtechnology #devolatilizationtechnology #polymerizationprocessexpert #chemicalpulp #PETrecycling #polyethyleneterephthalaterecycling #UHMWPEultra #MDImethylenediphenyldiisocyanate #rubber #TPUelastomer #nylon #textile #fabrics

Minimum Order: 1 bags