Being one of the trusted firms in the industry, we are engaged in providing a high quality range of Electronic Water Conditioner. Other Details: Beneficial for hard water treatment, residential, agricultural and commercial purposes, these products are used in water industry Owing to the following list of striking features, our comprehensive array of Electronic Water Conditioners is highly acknowledged in the markets: No salt or chemicals needed No maintenance, no plumbing & easy to install Mains pressure unaffected Retains healthy minerals Little space required and safe Low running cost, negligible power consumption Effective on PVC, HDPE, copper or GI pipe & steel pipe No waste water Money back guarantee Hard Water: Rain water is some what acidic because as it falls through the atmosphere it encounters carbon dioxide (CO2) with which it reacts to from carbonic acid as follows Rain water combines with gases in air & becomes slightly acidic. H2O CO2 = H2CO3: Water carbondioxide = carbonicacid The slightly acidic water dissolves rock and forms hardness The hardness in the water come from the calcium and magnesium salts that dissolved into the water from soluble rocks through which the rain water flows Lime scale is the precipitation of calcium salts, especially in hard water areas causing hard scale to form in pipes, taps, washing machines, shower heads, geysers, solar heaters & boilers Lime scale combines with the soap & makes it lather less It leaves tide marks on baths, sinks, basins, toilets & taps that are difficult to remove Science Research showed that these salts combine with each other to form crystals & attaching themselves to other surface in the form of scale Further research proved that a rapidly changing electronic waveform would neutralise these bonds but that a different wave form was needed for each mineral which should be generated accurately & with controlled speed Features: Fully automatic Easy installation Cost effective
Being one of the trusted firms in the industry, we are engaged in providing a high quality range of Water Softener-Commercial & Agriculture and Electronic Water Conditioner. Other Details: Beneficial for hard water treatment, residential, agricultural and commercial purposes, these products are used in water industry Owing to the following list of striking features, our comprehensive array of Electronic Water Conditioners is highly acknowledged in the markets: No salt or chemicals needed No maintenance, no plumbing & easy to install Mains pressure unaffected Retains healthy minerals Little space required and safe Low running cost, negligible power consumption Effective on PVC, HDPE, copper or GI pipe & steel pipe No waste water Money back guarantee Hard Water: Rain water is some what acidic because as it falls through the atmosphere it encounters carbon dioxide (CO2) with which it reacts to from carbonic acid as follows Rain water combines with gases in air & becomes slightly acidic. H2O CO2 = H2CO3: Water carbondioxide = carbonicacid The slightly acidic water dissolves rock and forms hardness The hardness in the water come from the calcium and magnesium salts that dissolved into the water from soluble rocks through which the rain water flows Lime scale is the precipitation of calcium salts, especially in hard water areas causing hard scale to form in pipes, taps, washing machines, shower heads, geysers, solar heaters & boilers Lime scale combines with the soap & makes it lather less It leaves tide marks on baths, sinks, basins, toilets & taps that are difficult to remove Science Research showed that these salts combine with each other to form crystals & attaching themselves to other surface in the form of scale Further research proved that a rapidly changing electronic waveform would neutralise these bonds but that a different wave form was needed for each mineral which should be generated accurately & with controlled speed
We are among the pre-eminent organizations, involved in manufacturing, supplying, trading and exporting Electronic Water Conditioner. The offered product is widely demanded by customers to change hard water molecules to soft crystals. These products are available in different models and can be customized as per the specifications laid down by the clients. Features: Easy to install Longer life Low power consumption Other Details: Easy to install i.e. no plumbing or special skills needed No maintenance - set it and forget it Safe low voltage, low power Takes very litter space Wrap the signal cable and plug converter into 110 volt outlet Treats hardness from 3 grains No salt or chemicals needed Water lathers and rinses easily Prevents scale formation Reduces detergent use Increases water heater efficiency Prevent scale formation Reduces detergent use Increases water heater efficiency Removes existing scale in 90 days Won't clog shower heads, coffee pots, dishwashers Two year Warranty Benefits: Reduces scale-saves 5 % or more fuel Eliminates scale-control chemicals Reduces fouling of dishwasher jets Reduces downtime for de scaling Reduces soap and detergent use Economical to install and operate Eliminate scale buildup on electric heating elements Reduces calcium spotting and soap usage in bottle cleaning Applications: Gas-fired and electric boilers Cooling towers Commercial ice makers Decorative fountains Evaporative coolers Commercial laundries Hotel and Motels Breweries Plastic injection molding Paper and pulp mills Specifications: The system comes complete with converter, signal cable, cable ties, transformer, mounting screws and instruction manual Commercial Models: Our products are also constantly available for commercial application that uses 1, 2, 4 and 6 inches plastic, copper or steel pipe Uses less than 10-watts of electricity
Plastic Granulating Machines Plastic granulating machines are industrial equipment used to process plastic waste materials into small, uniform plastic granules or pellets. These granules can then be used as raw material in various plastic manufacturing processes, such as injection molding, extrusion, and more. Plastic granulating machines play a crucial role in recycling plastic waste and reducing environmental impact by transforming discarded plastic items into valuable resources. Ensure the smooth size reduction of PP, PE, PET, PVC and other plastic and rubber products in various sizes. The plastic granulating machines have high speed and sharp blades, and is usually used for secondary crushing It has a solid welded steel structure and stable operation, but during the crushing process, metal and similar hard foreign objects are not allowed to enter the crushing cavity. The 4 rotors are designed for a variety of applications and produce a homogeneous regrind whose size is determined by the sieve openings. Plastic granulating machines offer two main types of rotors: one for soft plastics and one for hard plastics. The resulting regrind can be conveyed and collected pneumatically, forming an in-house simple plastic recycling system that is dust-free and reduces labor costs. As one of our best-selling types of plastic recycling machines, these granulators are packaged in many of our complete recycling solutions, including our popular PET bottle washing lines, plastic film recycling lines, and more. Plastic Granulating Machines Advantage A plastics granulating machines are a piece of equipment used in the recycling industry to convert plastic waste materials into small, uniform-sized plastic granules. Some of the advantages of using a plastic granulator machine include: Efficient recycling: Plastic granulator machines can efficiently process a large volume of plastic waste materials, reducing the amount of plastic waste that goes to landfills and helping to conserve natural resources. Consistent output: The granules produced by the machine are of a consistent size and shape, making them ideal for use in a variety of plastic products. Versatility: Plastic granulator machines can process a wide range of plastic materials, including PVC, PE, PET, and more.
Industrial egg cracking egg white and yolk separating machine processing line is composed of water egg tank, egg washing&drying&candling machine and egg breaking&separating machine, the whole line is made of 304 stainless steel, with durable quality, easy operation and stable performance, the egg breaking and separating line is widely used in egg processing factory, egg wholesale, egg deep egg process industry, bakery shop for cake and biscuit and other related food enterprises, etc. Our egg processing machine is salable in China domestic, Hongkong, Macau, Singapore, Philippines, Saudi Arabia, Russia, Dominican Republic and so on, welcome to inquiry. Taixing Aerospace Machinery Technology Co., Ltd Was established in 2011. The company is located in Taixing, a famous historical and cultural city in central Jiangsu Province. Superior geographical position and convenient transportation. The company major in manufacturing and selling egg process machines. Main products are egg peeling machine, egg breaking&separating machine, quail egg peeling machine, salted egg & liquid egg production line. The egg breaking and separating line is used to break the egg and then separate the egg yolk from the egg liquid. Our machine is the most advanced rotary type egg breaking and separating machine. The egg white and egg yolk will be separated totally, and if there is bad eggs, the egg breaking and separating machine could also remove the bad eggs to avoid the bad eggs pollute the good egg liquid. Egg breaking&separating machine is widely used in egg processing factory, egg wholesale and deep egg process industry, bakery shop for cake and biscuit and other related food enterprises.etc. It is an ideal equipment for liquid egg, egg yolk, egg white products required enterprises.
Concrete Wall Panel Extrusion Machine Concrete Wall Panel Extrusion Machine Description A concrete wall panel extrusion machine is a specialized piece of equipment used in the construction industry to produce concrete wall panels through the extrusion process. It is designed to automate the manufacturing of precast concrete wall panels with consistent dimensions and high-quality surface finishes. The working principle of a concrete wall panel extrusion machine involves the following steps: Concrete mixing: The machine is equipped with a concrete mixing system that combines cement, aggregates, water, and any necessary additives or admixtures. The ingredients are mixed thoroughly to achieve a homogeneous concrete mixture. Formwork preparation: The machine has a formwork system that consists of a set of molds or templates. These molds are designed to shape the concrete into the desired dimensions and surface textures of the wall panels. The formwork is prepared by applying release agents or other treatments to facilitate easy removal of the panels later. Extrusion process: The concrete mixture is fed into a hopper or a conveyor system that transfers it to an extrusion chamber or a specially designed die. The extrusion chamber applies pressure to the concrete, forcing it through the die. As the concrete passes through the die, it takes on the shape and dimensions of the wall panel, with the desired surface patterns or textures imprinted onto it. Reinforcement and embedding: Depending on the design requirements, the machine may incorporate reinforcement elements such as steel bars or mesh into the extruded concrete. These reinforcements enhance the strength and structural integrity of the wall panels. Other embedded elements like electrical conduits or insulation materials may also be included during the extrusion process. Curing and finishing: Once the wall panels are extruded, they need to be cured to achieve the desired strength. Curing methods can include steam curing, thermal blankets, or other techniques. After curing, the panels may undergo finishing processes such as surface treatments, polishing, or the application of protective coatings to enhance their appearance and durability. Panel cutting and handling: Once the panels have achieved the required strength, they are cut to the desired lengths using cutting mechanisms integrated into the machine. The cut panels are then removed from the formwork and prepared for transportation and installation at the construction site. If you have needs, please choose Lingfeng
Description Multijet Ampoule & Vial Washing Machine is a simple, compact, versatile and a reliable ampoule & vial Washing machine, with the latest GMP demand. The machine is enclosed in stainless steel construction with flexibility to wash 1ml to 25ml ampoules and 2ml to 100ml glass vials with the help of suitable change parts. The standard unit is having mechanical motorized cam operated valve system for observing total six washing in one cycle. Alternatively timer operated solenoid valve system or microprocessor controlled timer sequences can be in-corporate upon specific customer request. Multijet Ampoule & Vial Washing Machine is widely use in medium & small scale injectable organizations. Salient Features : Positive & pressurized jets through washing needle for pressure cleaning at minimum usages for washing media. Sound design concept of pressure tank for reverses & continuous supply of washes Medias. Both internal & external washing ensuring absolutely & continuous ampoule / vial after sequential washing. Acrylic top cover for clear view of washing events taking place in the machine On-line poly carbonates housing with P.P. replaceable filter cartridge of 5 OR 10 micron of water for best possible washing. All contact parts of washing media are of S.S. In the event of acrylic cover lifted during cycle operation, the machine will automatically stop and re-start from the point when cover is pushed down. Process Operation The dump loading procedure may be used, if ampoules/vials are received in ready to dump boxes, which will have exactly into the same number of ampoule/vial and the pitch, as loading tray. Alternatively, each ampoule/vial has to be arranged into the tray. The loading tray/s is placed directly into the machine & the handle bar is lowered for ampoule/vial for automatic centering of washing needles into the ampoule/vial mouths. The top cover is also lowered & switch is operated for automatic sequent
100 Amp 3 ph Motorized Control Digital Variable Voltage Auto Transformer [Oil Immersed] [HSN CODE: 85044029] [Make: POWERSELECT] Technical Specification: Model: PS100A3POEM470V Rated Power: 75 KVA Input Voltage: 415 V AC 3phase�¸ (L - L), �±5% 50 / 60 Hz 4 wire / 3 wire No Load Current: Less than 1% of rated unit Output Voltage: 0 - 470 V AC 3Phase�¸, (L - L) �±10% 4 wire / 3 wire Output Current @470V: 0 - 100 Amp per phase max Variac Oil Qty: 200 L (Approx. +- 10 L) Recommended IS335 Reference Standard: IEC 61378-1 & IS 5142 : 1969 Voltage Variation: Motorized Operation with 10 kg torque AC Synchronous Servo Motor Servo Motor: 10 Kg torque AC Synchronous Servo Motor 220 V AC 1 ph. (Make: PowerSelect) Coil Construction: 1 Coils used in per phase of 100 Amp each rating Total Coils: 3 Coils used in unit each coil rating max 100 Amp Current Transformer: 3 nos. 100/5 Accuracy class 0.5% Protection: 3 pole MCCB on Primary line (Make: L&T) Enclosure IP Rating: IEC 60529, IP50 (Sheet Steel) with powder coated paint (Color: Siemens Gray) Connection Terminals: DMC molded bar insulators terminal Oil Drain: Oil Drain valve tap bottom of tank front sided Oil Level: Oil level indication front of tank with glass view Earth Terminals: Ground / earth terminals provided back sided Winding Wire: IS 12444, ASTM B-49 Pure Copper DCC wire Core Type, Grade of lamination: CRGO Laminated Core 30ZH100 Load : balanced load Service: Indoor Application Variac Dimension (LxBxH) and Wt (Kg): 24 x 32 x 50 (Approx) Net Wt: 250 Kg (Approx.) Gross Weight: 350 kg
Cooling tower motor is a new type of energy-saving and environmental protection improved motor, with protection grade of IP55, insulation grade of B, and power supply voltage of 380V and 50Hz. Generally, a closed waterproof motor is used in the cooling tower, which can operate for a long time in outdoor humid and high temperature environments. The cooling tower motor material is cast iron and aluminum shell. we also provide direct drive fan motors at good prices. You can select what you need from the different types of cooling tower motors Advantages of Cooling Tower Motor a. Cooling tower motor has soft start function. The cooling tower motor adopts professional soft start inverter, which reduces the influence of starting current on the frequency of cooling tower motor and prolongs the service life of cooling tower motor. b. More energy efficient. The overall design of the cooling tower motor is optimized, and the high-quality copper wire winding and silicon steel plate are selected to reduce various losses of the cooling tower motor, and improve the working efficiency and service life of the cooling tower motor. c. Be able to adapt to frequent speed changes in different situations. The cooling tower motor improves the efficiency coefficient, load rate and loss rate. d. The cooling tower motor uses electromagnetic design to reduce the resistance of the motor stator and rotor. Its electromagnetic design makes it improve work efficiency, reduce the motor low wear and noise advantages.
Sidewall Conveyor Belt, Sidewall Rubber Conveyor Belt, Steep Angle Sidewall Conveyor Belt Manufacturer 1. Applications There are no cleats on sidewall conveyor belt which is suitable for horizontal, short-distance transportation. (no cleats at the moment) 2. Structure It consists of two parts: -Base belt: high tensile strength, high abrasion resistant , good transverse stiffness and good lengthways flexibility. -Sidewall: high tensile strength, hot vulcanization with base belt, height up to 40-80mm, fabric reinforcement built in sidewall. 3. Sidewall conveyor belt specification Belt width (mm) Sidewall height (mm) Cleat height (mm) Effective belt width (mm) 400 60 - 80 70 100 90 120 100 500 60 250 80 70 100 90 120 110 160 140 650 60 250, 300, 350 80 70 100 90 120 110 160 140 200 180 800 60 350, 410, 460 80 70 100 90 120 110 160 140 200 180 240 220 1000 60 460, 550, 640, 690, 80 70 100 90 120 110 160 140 200 180 240 220 300 270 1200 60 460, 550, 640, 690 80 70 100 90 120 110 160 140 200 180 240 220 300 270 Huayue started business by producing rubber belts since 1982. It has been one of Solid Woven Convey or Belts manufacturers and is the major factory of fabric conveyor belt and Steel Cord Conveyor Belt in China.
Cotton Conveyor Belt, Solid Woven Conveyor Belt, ep 400 3 Conveyor Belt Wholesaler 1. Applications Cotton conveyor belt is suitable for transportation of short-distance, medium quantity. 2. Physical properties of rubber cover (before aging) Grade Tensile Strength/Mpa â?¥ Breaking Elongation/% â?¥ Abrasion Loss/mm3 â?¤ H 24 450 120 D 18 400 100 L 15 350 200 Note:Grade H-used for transporting sharp, abrasive materials which can damage belts badly.Grade D-used for transporting highly abrasive materials.Grade L-used for transporting medium-abrasion materials. After-aging properties of rubber cover(70â??, 7days): Tensile strength and breaking elongation are both not lower than 75% of before-aging values. 3. Ply adhesion Item Ply to ply Rubber cover to ply Rubber cover thickness â?¤1.5mm Rubber cover thickness >1.5mm All samples average value/ (N/mm) â?¥ 3.2 2.1 2.7 All samples min peak value/ (N/mm) â?¥ 2.7 1.6 2.2 Note: All samples max peak value is not more than 20N/mm. Huayue started business by producing rubber belts since 1982. It has been one of Solid Woven Conveyor Belts manufacturers and is the major factory of fabric conveyor belt and Steel Cord Conveyor Belt
Weichai diesel engine accessoriesInstrumentation system * oil temperature gauge 4100 Wash pipe 1.06.16.001 NK400E Fuel* Spillflow valve M14-1011-010 Timer 200JD-96h 694-22-0 Floating Shoes FX FX QZ 177.8mm TPCQ Buckle Winch drive shaft accessories ZJ32L6 double gear pump CBF-F63/63H 80569+30 NUT,HEX,JAM,2.0-12UN 51404-18-S PIN, COTTER Hydraulic tank accessories F-1600 Valve spring GH3161-05.10 Logging tool accessories Dipole acoustic logging tool KClog communication mode transformer 107643000*â?´ WEAR PLATE SEAL RING BOMCO AH160201-0115 56627-03 CABLE,SHPBD,3TSP,IS(BLUE) MICROSWITCH INDICATOR INVERTER, E15299 NB800G.08.07 Connector NPT2 l/2-M45�?2-6g NB800G.06.00 Power Lubrication Assembly VOLVOFM12 chassis*Front steel plate shock absorber Stud: Lock Shaft Pivot 1.0-8Nc x 4, MS27 124029+30 SHIELD BEARING 30154362 Square welded steel pipe 100*5mm Q235B M11-1002-010 Wireless walkie-talkie Motorola GP328plus 136-527MHz Winch drive shaft accessories ZJ-45J winch power input shaft Drill pipe clamp accessories ZQ203-100 Washer RS04 CABLE, PIGTAIL ASSY COMP (42 COND) 122718-01-15 90849 BUSHING,SLEEVE,2.5X3.0X2.5LG Drill pipe tong accessories ZQ203-100 spacer ring 0104-08M GT350E Cooling Appliance*Operating Room Power Relay Z07150000009AA Cylinder for tongs Plug valve 168-411/410mm at 70MPa Winch drive shaft accessories ZJ-45 ZJ45 transmission shaft fork ring 106.02.31.00 ND3128 Engine Series*air compressor repair kit Drill pipe tong accessories ZQ203-100 front box 02-16M WASHER, LOCK REGULAR 50905-C Diesel generator set accessories ONAN-HDKAL-6.0 automatic safety switch 308-1027 Diesel generator set accessories ONAN-HDKAL-6.0 fan blade 130-5042 AIR BLADDER W27-20-901 M11217 winch brake operating mechanismAccessories ZJ-30 main oil tank inlet filter RGYL-11-01 Screw:Cap-Hd Drilled F/ Top Drive 50006-10-C5D Drill pipe clamp accessories TQ340-35 casing power tong fixed rod 24.210-04 Drill pipe tong accessories ZQ203-125 screw rod 01.05-03M 88150 KNUCKLE ROD END, 50T Hydraulic tank accessories F-1300 Safety valve connection AH36003-11.02.00 NB800G.27.11.00 Air bag inflation hose assembly 15YZ H10565 Winch brake operating mechanism accessories ZJ30C outrigger cylinder SXZ007140000003AA Z07120000023AA Lift cylinder E04-2011-010 STRAIN RELIEF, 3/4 NPT, 0.750 - 0.880 MAN33.373DFC Cooling Appliance * Small Light Switch 119547 Sodium iodide scintillation crystal ST1111G 79943 BUSHING,SLEEVE,FLANGED,1.0X1.25X1.25 Shaft For Top Drive drilling system TDS-10SA 119707 Memory module ZMU-02 3AXD50000006010 Electric control box FKDQ640-7 Pressure transmitter YPQ-25B Screw:Cap -Hex Hd Drilled F/ Tds 11S 50008-20-C5D 717806330 ROUND HD DRIVE SCREW 6 X 5/16 CONNECTOR, O-RING BOSS/37* 56529-8-8-S Drilling rig top drive accessoriesDQ70â?¢-A connecting shaft 1.14.17.008 Gasket: View Port, Brake Cover 30180046 Drill pipe tong accessories ZQ203-125 front plate 3-1/2" 19.100-13 79139 O-RING,9.50ID*SCD*
SCREW CAP-HEX HD DRILLED 50006-6-C5D Crosshead RGF1000-04.01 STATOR WITH RIM 42�° 200 E034099 harting connector 9300060446 https://www.amlppmfg.com/reducing-valve-manual-pneumatic-jysq21-25-fkq480x5-bop-hydraulic-control-station.html P-059331-00000 Bosh rexroth SEALING RING C2 C025 N3584 QC010016 Piston rings Shaft end cover JC023.20.02 Filter element 10 micron H10212 GH3161-22.05Nut:1 1/16-8UN-2BCSPL) Bushing seal AH1301010512 Breaking strap locking pin 17.02-01 ZQ162-50 Encoder 0000-9662-06 Quincy Compressor Temperature Probe 144981 O-ring 23043446 42TDP-002 MANUAL INCLUDED AT NO CHARGE OIL SEAL SG180X210X18 HG4-692 Explosionsgesch�¼tzte Signalhupe dGH21 f�¼r Zone 1+21 GOST Ausf�¼hrung YHV35-HP0 stainless steel high speed mini dome camera PULLEY TIMING 38BORE 120118 anti-dragging cylinder E302.2.16.2.0 M/D TOTCO pump pressure sensor E17-152 Sheat safety valve JA-3 AH0000060100 SEAL S05-1008-010 DEHUMIDIFIER MOH-756 40 rig brake blocks JC28K-02-28 Intermediate traction bar AH0501010410 Cover valve seal RGF1000-05.09 Air Compressor TU-FLO-1000 to XJ-450 tripleX pump QB21-80 Spring 4P100198/NG956.01.00.004 SPM TWS-600S pump Compensator cap bag KV-75 Oil seal XGGJ-013 LEVER FOR VALVE 2"-3"-4" 24227001 Weatherproof Sounder AX08 power sensor 63c2 dc-10v PRESSURE RELIEF VALVE, PN.H10056 Locking ram sealing 6011310064 FLOURESCENT TUBE CZ0865/2X14W-1 YJ-B LIGHT WATTAGE: 2X14W REFRIGERANT GAS,R-22,13.6KG REFRIGERANT GAS,R-22 Quick Release Valve 810606-00-9900 for Air system of Carrier X D-60ZJ-20 Starter 2371962 24W for XJ-450 Screw 01.131-02B JIANGSU RUSHI ZQ203-100 hydraulic tong Spring HH8S12WV Big roller 56.540.00 1G-8878 hydraulic filter Shaft 29537931 Diaphragm HOLDER 650 411900 Cylinder head GH3161-05.03 G Hydraulic valve RZGA-F-010/100/PA-M GH3101-03.10.00Oil trough PS040KG Sealing rig Jaw plate assembly 5 1/2" ZQ162-50 C5 Inlet Gas Temperature SBWZP-2480 K 0~1100�ºC Liquid Crystal Display Sleeve for hydraulic key ZQ 203/100 ZQ203-041 Gasket RTU 23048037 Steel brake belt JQH-5X48-0106 https://www.amlppmfg.com/channel-plate-spacer-29546538.html YHIP-505 explosion-proof speaker GH3101-03.07Bearing Housing CASING WEAR RING OF SUCTION CASING FOR KEER PUMP DY180-67X10; DY155-67-0018 Valve HH8S329WV O-ring �?18 X 2.4 for hydraulic breaker Y15160 OILBAFFLE AF50001-01.10.26 GFD(S)570/110-700 side blowing fan Clamp 2'' 5015052 MI SWACO M/D TOTCO plastic cup E40 C65N-C10-1 POLE BREAKERS PAS2 Class 1, Division 2 Wheel disc 415 X 22.5 to XJ-450 TRANSFORMER BK-50VA BK Hose assembly 8 L-1050 support cylinder line 1101002023 XJ045SJHZC016 to XJ-450 EXhaust manifold Part No.: 235.09.60X YK36DF-2CS , Elect-Ballast (T8/36w) FSYT-6 infrared smart camera Valve seat Valve complete with seat seat and spring F1000 Pump Spare Parts Pinion shaft for hydraulic tong ZQ 203/100 ZQ203-089 HARTING 20761083000
IPS-12RS Syringe Pump The IPS-12RS Syringe Pump is a versatile and precision-engineered device designed to meet the diverse fluid handling needs across various industries. With its advanced features and robust construction, the IPS-12RS offers unparalleled reliability and performance. Key Features: Wide Syringe Compatibility: The IPS-12RS accommodates syringes made of glass, plastic, and steel, offering versatility in fluid handling applications. It supports syringes ranging from Hamilton 0.5 l to Monoject 140 ml, providing flexibility to users for different volume requirements. Precise Flow Control: With a broad flow rate range from 17.89 picoliters per minute to 121.51 milliliters per minute, the IPS-12RS ensures accurate and consistent fluid delivery. Its stepper motor, combined with a microcontroller featuring Microstep Drive technology, enables precise control over flow rates, guaranteeing reliable performance in various tasks. Intuitive Interface: Equipped with a 4.3-inch Resistive Touch TFT LCD screen and powered by user-friendly microcontroller software, the IPS-12RS offers an intuitive interface for easy programming and monitoring. Users can adjust flow rates and other parameters effortlessly, enhancing operational efficiency. Adaptive Pumping: The IPS-12RS allows for adjustable flow rates even during the pumping process, enabling users to fine-tune parameters as needed for optimal performance. This adaptability ensures versatility in handling diverse fluid handling tasks with precision and control. 5 Steps Operation Mode: The IPS-12RS offers a 5 Steps Operation Mode, allowing users to program multi-step pumping processes with ease and precision. Saving and Recalling Recipes: Users can save and recall up to 5 recipes, streamlining operations and ensuring consistent performance. Repeating Recipes: The IPS-12RS enables users to repeat recipes up to 50 cycles, providing flexibility and efficiency in repetitive tasks. Technical Specifications: Motor Type: Stepper Motor Linear Force Connectors: Yes Recipe Save-Recall: Yes (Wi-Fi optional) Power Supply: 12 VDC 1A (110-240 VAC adapter included) Dimensions: Width (W): 211 mm, Length (L): 170 mm, Height (H): 137 mm Weight: 2.2 kg Environmental Specifications: Operating Temperature: Between -10�°C and 50�°C Storage Temperature: Between -30�°C and 85�°C Operating Humidity: RH 10% RH 90% (not condensed) Storage Humidity: RH 10% RH 90% (not condensed) Additional Features: Wi-Fi connectivity (optional)
IPS-14RS Syringe Pump The IPS-14RS Syringe Pump is a sophisticated dual-channel fluid handling system designed to meet the exacting demands of modern laboratories and industrial settings. Offering precise control and advanced features, the IPS-14RS enables efficient and accurate fluid delivery for a variety of applications. Key Features: Independent Syringe Channels: Featuring two independent syringe channels, the IPS-14RS allows for simultaneous operation of different fluids or independent control over each channel. This capability enhances flexibility and efficiency in fluid handling tasks. Wide Syringe Compatibility: Compatible with glass, plastic, and steel syringes, the IPS-14RS accommodates syringes ranging from Hamilton 0.5 l (ID: 0.103mm) to Monoject 140 ml (ID: 38mm). This versatility enables users to handle various volumes with ease. Precise Flow Control: The IPS-14RS offers precise control over flow rates, with a range from 17.89 picoliters per minute to 121.51 milliliters per minute. Equipped with a stepper motor and microcontroller featuring Microstep Drive technology, it ensures accurate and consistent fluid delivery. Intuitive Interface: With a 4.3-inch Resistive Touch TFT LCD screen and user-friendly microcontroller software, the IPS-14RS provides an intuitive interface for easy programming and monitoring. Users can adjust flow rates and other parameters effortlessly, enhancing productivity. Adaptive Pumping: Users can adjust flow rates even during the pumping process, allowing for fine-tuning of parameters for optimal performance. This adaptability ensures precise fluid handling for a wide range of applications. Technical Specifications: Motor Type: Stepper Motor Linear Force Connectors: No Recipe Save-Recall: Yes (Wi-Fi optional) Power Supply: 12 VDC 1A (110-240 VAC adapter included) Dimensions: Width (W): 211 mm, Length (L): 257 mm, Height (H): 137 mm Weight: 3.6 kg Environmental Specifications: Operating Temperature: Between -10°C and 50°C Storage Temperature: Between -30°C and 85°C Operating Humidity: RH 10% RH 90% (not condensed) Storage Humidity: RH 10% RH 90% (not condensed) Additional Features: 5 Steps Operation Mode: Allows programming of up to 5 different steps for precise fluid handling. Saving and Recalling Recipes: Users can save and recall up to 5 recipes for convenient operation. Repeating Cycles: Capable of repeating recipes up to 50 cycles, enhancing efficiency in repetitive tasks.
IPS-14R Syringe Pump The IPS-14R Syringe Pump is a cutting-edge dual-channel device designed to provide precise and reliable fluid handling in various applications. With its innovative features and robust construction, the IPS-14R offers versatility and accuracy for demanding fluid delivery processes. Key Features: Independent Syringe Channels: Featuring two independent syringe channels, the IPS-14R allows simultaneous operation of different fluids or separate control over each channel. This feature enhances flexibility and efficiency in multi-channel applications. Wide Syringe Compatibility: The IPS-14R accommodates a wide range of syringe types, including glass, plastic, and steel. It supports syringes ranging from Hamilton 0.5 l (ID: 0.103mm) to Monoject 140 ml (ID: 38mm), providing versatility to meet various volume requirements. Precise Flow Control: With a broad flow rate range from 17.89 picoliters per minute to 121.51 milliliters per minute, the IPS-14R ensures accurate and consistent fluid delivery. Its stepper motor, combined with a microcontroller featuring Microstep Drive technology, enables precise control over flow rates with a resolution of 357 nm/ step. Intuitive Interface: Equipped with a 4.3-inch Resistive Touch TFT LCD screen and user-friendly microcontroller software, the IPS-14R offers an intuitive interface for easy programming and monitoring. Users can adjust flow rates and other parameters effortlessly, enhancing operational efficiency. Adaptive Pumping: Users can adjust flow rates even during the pumping process, allowing for fine-tuning of parameters for optimal performance. This adaptive capability ensures precise handling of fluid delivery tasks with flexibility and control. Technical Specifications: Motor Type: Stepper Motor Linear Force Connectors: No Recipe Save-Recall: No Power Supply: 12 VDC 1A (110-240 VAC adapter included) Dimensions: Width (W): 211 mm, Length (L): 257 mm, Height (H): 137 mm Weight: 3.6 kg Environmental Specifications: Operating Temperature: Between -10°C and 50°C Storage Temperature: Between -30°C and 85°C Operating Humidity: RH 10% RH 90% (not condensed) Storage Humidity: RH 10% RH 90% (not condensed)
PRECISION PLASTIC INJECTION MOLDING Digital manufacturing for plastic prototypes and on-de-mand production parts. Request an injection molding quote today. Injection molding is a manufacturing process for producing parts by injecting molten material into a mold. Material for the part is fed into a heated barrel, mixed and injected into a mold cavity where it cools and hardens to the configuration of the cavity. Fangling Precision Plastic Mold Parts / Complete Molds Precision Mold Parts/Spare Parts With quality high precision mold parts, fast lead times, excellent customer service and support, Fangling will be your first choice of precision machining company. Precision Plastic Injection Molds/Tools We use durable materials like steel to create precise molding tools to manufacture quality products. We employ injection molding facilities for creating standard designs as per the client's demand. WHY CHOOSE FANGLING FOR INJECTION MOLDING? If you are looking forward to getting the ultimate injection molding service, then you must choose Fangling for obvious reasons. Why Choose Fangling for Injection Molding? Reputed Brand Fangling is a reputed name for providing the ultimate precision mold services, for saying the least. Latest Technology They use the modern and latest technology to cater to their customers with faultless molding service in the best way possible. They provide the best precision molded plastics for the job. Affordable Despite providing high-quality precision injection molding service as per the excellent industry standard, their service rates are decent and affordable. Other Perks and Benefits There are so many other perks and benefts that you are supposed to get from availing of their service. You should know about precision injection molding Inc. MATERIALS USED IN INJECTION MOLDING There are different kinds of materials used in making precision mold parts and injection plastic parts. Thermoplastics are most used in this regard. Not to mention, a hundred types of various thermoplastics are used in injection molding. INJECTION MOLDING PROCESS Precision injection molding is an effective manufacturing process that produces single parts and products utilizing different materials, commonly thermoplastic and thermosetting polymers. This method is used to manufacture different everyday plastic products such as chairs, bottle lids, telephones, toys, packaging, etc.
oilfield christmas tree and wellhead components The oilfield christmas tree is an assembly of valves and accessories, used for fluid control of oil and gas wells, and provides access to the production tubing string. It includes all the equipment on the upper flange of the tubing head. The oilfield christmas tree assembly can be used in many different combinations to meet the needs of any special purpose. According to different functions, the oilfield christmas tree is divided into special wellhead devices for oil production (self-injection, artificial lift), gas production (natural gas and various acid gases), water injection, thermal production, fracturing, acidification, etc. And form series according to different pressure levels. oilfield christmas tree and wellhead components are mainly used for gas production and gas injection. Because the relative density of natural gas is low, the pressure of gas injection is low, regardless of whether the gas production or gas injection wellhead pressure is high, the flow rate is high, and it is easy to leak. Sometimes there are corrosive media such as H2S and CO2 in the natural gas, which is harmful to the tree. Tightness and its material must have stricter requirements. Sometimes for safety, double valves are used for oil and casing. For some high-pressure and ultra-high-pressure gas wells, the valves are integrally forged with high-quality steel. The main pressure-bearing parts of the companys Christmas tree and tubing head cross are made of forgings or specially smelted castings, so they have the characteristics of high pressure bearing, safety and reliability. Function 1. It is the base of the oilfield christmas tree. Hanging and fixing the oil pipe hanger. 3. Pack the casing annular space. 4. It is the casing operation window. 5. Provide a control channel for the downhole safety valve and a penetration channel for the electric pump cable. 10 wellhead components casing head The casing head is a kind of part connecting casings and wellheads. It provides a transition joint for the tubing head.Christmas tree and other wellheads. Both top and bottom connections are API 6A flanged, and the flanges are provided with locking bolts. Casing Heads have a straight bore bowl with 45 C landing shoulder design which avoids damage to sealing areas by drilling tools and prevents test plug and bowl protector wedging problems when pressure is applied. Casing Heads are normally furnished with threaded outlets and studded outlets are available upon request. Bottom connections can be furnished threaded or slip-on for welding.
Decorative Metal Gates Decorative metal gates are ornamental and functional structures that are commonly used to enhance the aesthetics of properties while providing security and access control. Decorative metal gates are crafted from various metals, including iron, steel, aluminum, and wrought iron, and are designed to complement the architectural style of the surrounding environment. Some common applications for decorative metal gates Residential Entry Gates: These gates serve as a welcoming and elegant entryway to residential properties. They often feature intricate designs, scrollwork, and decorative elements that add curb appeal to homes. Estate and Driveway Gates: Decorative metal gates are frequently used to mark the entrance to larger estates and driveways. They can be customized to match the overall design of the property. Garden and Courtyard Gates: In gardens and courtyards, metal gates provide an aesthetically pleasing means to enclose and protect the space while allowing visibility of the landscaping and outdoor features. Pool Enclosures: Decorative metal gates can be used for pool enclosures, ensuring safety and compliance with local regulations. Their ornate designs can add a touch of elegance to pool areas. Pedestrian Entry Gates: For homes and businesses, pedestrian gates offer controlled access for individuals entering and exiting a property while enhancing security and style. Public Parks and Gardens: Decorative metal gates are used in public parks, botanical gardens, and nature reserves to mark entrances and create visually appealing access points. Historical Sites and Landmarks: To maintain the historical character of buildings and landmarks, ornate metal gates may be used for entrances and access control. Cemeteries and Mausoleums: In cemeteries and mausoleums, decorative metal gates are often used to secure the area and add an element of dignity. Commercial and Institutional Properties: Decorative metal gates are used in various commercial and institutional settings, such as universities, government buildings, and corporate headquarters, to create an attractive and secure entrance. Hotels and Resorts: In the hospitality industry, these gates are used to enhance the visual appeal of resorts and hotels, providing a welcoming atmosphere. Restaurants and Cafes: Many restaurants and cafes utilize decorative metal gates to define outdoor seating areas and provide a sense of privacy while maintaining an open feel. Historic Districts and Residential Communities: In historic districts and upscale residential communities, decorative metal gates are used to maintain a cohesive architectural style. Art Installations: Decorative metal gates can also be featured as art installations in public spaces and art exhibitions.
The storage and supply of liquid nitrogen is crucial in high-end fields such as biological sample banks, medical cold storage and scientific research laboratories. The storage is guaranteed by YDS series liquid nitrogen tanks, and the supply requires self-pressurized liquid nitrogen tanks! Self-pressurized liquid nitrogen tank capacity 15-500 liters, laboratories and superconductors prefer 175 liters! 175 liter self-pressurized liquid nitrogen tank, configured with multi-stage safety system, including double safety valves, pressure stabilization facilities; Working valves into the drainage, emptying, pressurization, reasonable layout, simple operation; suitable for sample library liquid nitrogen tanks, sperm banks, stem cell banks for liquid supply, as well as laboratory large-capacity liquid nitrogen tanks for replenishment, superconductivity use and so on. Product highlights: Ultra-large capacity storage: the geometric volume of 175 liters is 185 liters, and the effective volume is as high as 175 liters, which provides sufficient liquid nitrogen reserve for large sample banks; Self-boosting design: using the pressure generated by the vaporization of liquid nitrogen in the tank, it automatically discharges liquid nitrogen to ensure continuous and stable supply of liquid nitrogen, with stable working pressure and less than 0.09Mpa; Safety technology: double safety valves are designed to provide you with double safety protection measures; it can be equipped with a low-temperature solenoid valve for use to realize fully automatic liquid replenishment; Daily evaporation loss rate: adopting unique vacuum technology to ensure long time preservation of liquid nitrogen; Humanized caster design: equipped with high load capacity mobile casters, fast and convenient to move; Production process: all welds are qualified by helium mass spectrometer leakage detection, and 100% low-temperature rigorous testing to ensure product reliability; Production materials: made of high quality 304 low temperature resistant stainless steel; Safe filling recommendations: follow the manufacturer's recommendations to fill to 90% of the tank's geometric volume, reserving space to ensure sufficient vaporization pressure to avoid the risks associated with overfilling. Choose the KGSQ 175 liter self-pressurizing liquid nitrogen tank and enjoy a worry-free liquid nitrogen supply experience. Contact us today for solid cryogenic protection for your research or production activities.
