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The 7.5–15kw drive board is essential for controlling the motor's operation, and as a result, the condition of the drive board has an immediate impact on the motor's performance. The 18.5–30 kw inverter power board is a four-layer board built with high- quality PC929 chips. It can alter the speed, torque, and direction of the motor after sampling, processing, and interpreting the control signal to accomplish accurate motor control. The 37-110 kw driver board is designed for a 380-volt AC600 power frequency inverter ranging in power from 37 kw to 110 kw. The power board is one of the fundamental components for controlling the operation of the inverter, and its job is to realize the various operation modes of the motor, which is critical in the inverter. Selection Criteria for Inverter Driver Board Kw 1. Power Rating: The primary criterion is the power rating of the inverter driver board. It should match or exceed the power requirements of the application. Consider factors such as the maximum load power, voltage, and current requirements to ensure that the board can handle the desired power output. 2. Voltage and Current Ratings: Check the voltage and current ratings of the inverter driver board to ensure compatibility with the power supply and load requirements. It is crucial to ensure that the board can handle the maximum voltage and current levels to prevent damage or failure. 3. Efficiency: Consider the efficiency of the inverter driver board. Higher efficiency means less power loss and better overall performance. Look for boards with high efficiency ratings, especially for applications where energy efficiency is critical. 4. Protection Features: Look for inverter driver boards that offer comprehensive protection features. These may include overvoltage protection, overcurrent protection, thermal protection, and short-circuit protection mechanisms. These features help safeguard the board and the connected components from potentially damaging situations. 5. Heat Dissipation and Cooling: Inverter driver boards generate heat during operation, especially at higher power ratings. Ensure that the board has adequate heat dissipation mechanisms such as heat sinks, cooling fans, or other thermal management techniques. This helps maintain temperature levels within acceptable limits and ensures the longevity of the board. 6. Reliability and Durability: Consider the reliability and durability of the inverter driver board. Look for boards from reputable manufacturers that have proven track records in providing high-quality and reliable products. This is especially important for applications where downtime or failure can have significant consequences. 7. Communication and Control: Verify if the inverter driver board supports the necessary communication and control interfaces required for your application. This may include digital communication protocols such as RS485, CAN, or Ethernet, as well as control signals like PWM or analog inputs. 8. Cost-effectiveness: Evaluate the cost-effectiveness of the inverter driver board, considering factors such as the initial purchase cost, maintenance requirements, and overall lifecycle costs. Compare multiple options to find the best balance between performance and cost. Applications of Inverter Driver Board Kw 1. Motor Control Systems: Inverter driver boards with kW power ratings find extensive use in motor control applications. They enable precise speed and torque control for various motors, including industrial motors, electric vehicle motors, and HVAC system motors. The boards ensure efficient power conversion and enable smooth and precise motor operations. 2. Renewable Energy Systems: Inverter driver boards with kW power ratings are used in renewable energy systems such as solar and wind power installations. These boards convert the DC power generated by solar panels or wind turbines into AC power that can be fed into the electrical grid or used for powering appliances. They enable efficient power conversion and ensure maximum energy yield from renewable sources. 3. Industrial Automation: Inverter driver boards with kW power ratings play a vital role in industrial automation applications. They are used in variable frequency drives (VFDs) to control the speed and torque of motors used in industries such as manufacturing, oil and gas, and mining. These boards enable precise control over motor operations, resulting in energy savings and optimized control of industrial processes. 4. Consumer Electronics: Inverter driver boards with kW power ratings are also utilized in consumer electronics devices such as air conditioners, refrigerators, and washing machines. These boards help regulate the power supply to the devices and provide efficient and controlled motor operations, enhancing the overall performance and energy efficiency of the appliances. 5. Electric Vehicle (EV) Charging Systems: With the rise of electric vehicles, inverter driver boards with kW power ratings are used in EV charging stations. These boards convert AC power from the grid into DC power needed for charging EV batteries, ensuring efficient and reliable charging with high power output capabilities. 6. UPS (Uninterruptible Power Supply) Systems: Inverter driver boards with kW power ratings are crucial components in UPS systems. These boards convert DC power from batteries into AC power during power outages, providing backup power to critical systems and equipment. They ensure seamless power delivery and protect sensitive equipment from power disruptions. If you are looking for a reliable frequency inverter supplier, don't hesitate to contact us!

Hanbon advanced chromatography systems has reliable performance and flexible configuration, and can provide Bio-Lab® laboratory chromatography system, Bio- Pro® pilot&process chromatography system, etc. ommon Principles Of Process Scale-Up: Linear Scale-Up Linear scale-up is the most common principle used in process scale-up. By linear scale-up, we mean that we can obtain almost uniform bioprocess chromatography results from laboratory scale to pilot results or industrial production level. The core idea is to keep the column height and linear flow rate constant and only scale up the column diameter and volume flow rate. A fixed column height and linear flow rate theoretically ensures the same retention time, the number of CVs used in chromatography and the number of CVs of the eluted sample, maximizing the same purification results. Theoretically, this linear scale-up of the purification separation behavior should be very similar, thus ensuring a successful scale-up of the ion chromatography process. However, some additional factors need to be considered, including a decrease in column tube support (increased pressure drop), column efficiency/column bed instability, sample diffusion (peak spreading), and dead volume of the system and tubing. Conversion Of Linear Flow Rates (Cm/H) To Volumetric (Ml/Min) Flow Rates When comparing results from columns of different sizes, it is convenient to express the flow rate as a linear flow rate (cm/h). However, flow rates are often measured as volumetric flow rates (ml/min). In order to convert between linear and volumetric flow rates, one of the following equations can be used . Linear flow rate (cm/h) to volumetric (ml/min) flow rate Volumetric flow rate (ml/min) = linear flow rate (cm/h) / 60 x column cross- sectional area (cm2) =Y/60×π×d2/4 Y = linear flow rate (cm/h) d = internal diameter of the column (cm) e.g.: There is a glass column (inner diameter 1.6 cm), when the linear flow rate is 150 cm/h, what is the volumetric flow rate? Y=Linear flow rate = 150cm/h d = inner diameter of the column = 1.6 cm Volumetric flow rate = 150 x π x 1.6 x 1.6/(60 x 4) From volumetric flow rate (ml/min) to linear flow rate (cm/h) Linear flow rate (cm/h) = volumetric flow rate (ml/min) x 60/column cross- sectional area (cm2) =Z×60×4/π×d2 Z = volumetric flow rate of the column (ml/min) d = inner diameter of the column (cm) e.g.: There is a glass column (inner diameter 0.5 cm), when the volumetric flow rate is 1 ml/min, what is the linear flow rate? Z = volumetric flow rate of the column = 1 ml/min d = inner diameter of the column = 0.5 cm Linear flow rate = 1 x 60 x 4/(π x 0.5 x 0.5) cm/h = 305.6 cm/h We provide chromatography step by step method, chromatography purification method, chromatography process example, anion exchange chromatography elution, equipment used for chromatography, etc. For more information, please feel free to contact us!

Minimum Order: 1 bags

Hanbon process chromatography columns can meet the use requirements of most chromatographic fillers. Its good filling effect and high column efficiency meet the needs of customers from pilot to large-scale production. Laboratory LCC®chromatographic columns, MCC® manual adsorption chromatography column, and ACC® automatic axial compression chromatography columns are available. Chromatography Columns in Commercialization Phase Selection Along with the development of the biopharmaceutical industry, more and more companies are entering into clinical trials and commercial production, and a stable, reproducible and easy-to-use loading process is becoming a demand of more and more companies. Manual column loading faces many problems such as poor reproducibility, time-consuming method development, and complicated maintenance processes. ACC automatic chromatography column was born, which controls the forward or reverse motion of the motor through position feedback or pressure feedback to realize the automatic lifting and lowering of the column head; through the valve opening and closing and pneumatic diaphragm pump to realize the filling and recovery of the gel. After years of precipitation, it has now developed into the latest generation of mature fully automatic intelligent chromatography columns. Factors Affecting Column Efficiency The theoretical plate number and symmetry factor of a chromatographic column are important indicators of column efficiency. Factors that affect the theoretical column plate number and symmetry factor of chromatography columns include: column size and packing type The nature of the mobile phase the nature of the sample Temperature and pH In addition, the structural design of the chromatographic column itself also affects the column efficiency of the chromatographic column. Such as the material and surface roughness of the column wall, the tightness of the packing, the uniformity of the mobile phase distribution, etc. Excellent column performance is dependent on the structural design of the column. We provide chromatography column qualification, small chromatography column, protein a chromatography column, mixed mode chromatography columns, low pressure chromatography columns, cation exchange column elution, etc. For more information, please feel free to contact us!

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Hanbon medium and high pressure pilot scale chromatography column include DAC （dynamic axial compression）columns and laboratory columns. In 2005, Hanbon developed DAC® (dynamic axial compression) column with independent intellectual property rights, and has built the world's largest production and assembly workshop for dynamic axial compression columns. The product has been continuously upgraded and has been recognized by domestic and international markets, and is exported to more than 20 countries such as India, South Korea, Norway, Hungary, Germany, the United Kingdom, and Russia. Hanbon provides users with a dynamic axial compression column with an inner diameter range from 50mm to 2000mm, providing customized services. Laboratory chromatographic column include conventional high-performance liquid chromatography columns, spring columns, dynamic axial compression columns, and multifunctional axial compression columns. How Do I Choose A Suitable Preparative Column? Step 1: Choose the right packing material. The smaller the particle size the higher the column efficiency, but the higher the price and the higher the column pressure, requiring higher pressure tolerance in the equipment hardware. Step 2: Choose the right bonding phase and pore size. How to choose the right carbon content and particle size according to the molecular weight of the substance is a very important issue. Step 3: Selecting the right column tube. The sample is to be served in proportion to the cross-sectional area of the column. The inner diameter of the column is to be selected to suit the sample serving size. Step 4: Determine the appropriate flow rate and loading volume The flow rate of the prepared column: generally proportional to the square of the diameter. Sample loading volume: a combination of purification time, solvent usage, efficiency of the column and sample purity. Technical Advantages Of DAC DAC columns are controlled by dynamic axial compression, which enables dynamic pressure retention and prevents collapse of the column head, loss of column efficiency and poor reproducibility, etc. If a DAC column loses efficiency after prolonged use, the packing can be pushed out after removal of the column, and the column can be homogenized and loaded again. The whole reloading process is not difficult and takes about 1-2H. We provide octadecylsilanized silica gel column, jacketed chromatography column, guard column used in liquid chromatography, chromatography column packed with silica gel, silica gel hplc column, precolumn hplc, different columns used in hplc, etc. For more information, please feel free to contact us!

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Bio-Con® auto dilution system is to mix various concentrated buffer solutions, including acid, alkali, salt, etc., with injection water online to prepare the required buffer solution. Different concentrations can be accurately prepared according to specific usage situations. The online dilution and preparation system can quickly achieve stable control parameters. It can also be integrated with the Bio-Pro® pilot & process chromatography system or Bio-TFF tangential flow filtration system as a whole, continuously completing the process of "preparation + chromatography or preparation + tangential flow filtration", overall control and data recording. The overall system is based on DCS+BATCH system control, which can achieve centralized management, centralized control, batch processing, and batch control of the system, with a higher degree of automation. The Difference Between Dilution And In-Line Dilution The Inline Dilution System is similar to the two-pump gradient mode and allows for buffer dilution within a certain range. However, given the solubility of the mother liquor, pH shift after dilution and other phenomena, the robustness of buffer formulation is limited in large-scale applications. The in-line conditioning system uses a single component mother liquor of acid system, base system, salt system, water and additive system to perform buffer formulation, simulating the traditional laboratory formulation mode, with corresponding pH and conductivity feedback adjustment added during the formulation process for improving buffer preparation stability. The in-line buffer configuration is a single-component buffer concentrate with high solubility and can therefore be diluted up to a hundred times, which allows the volume of the buffer tank to be reduced a hundred times and can really solve the efficiency of room utilisation in the dispensing room or between uses. It is possible to obtain an in-line buffer configuration system that has obvious advantages over in-line dilution systems in terms of scalability and adaptability, and at the same time provides a better solution for modern buffer preparation. The Need For In-Line Automatic Buffer Conditioning Systems Buffer preparation for chromatography and filtration steps in bioprocessing is a challenge in terms of providing timely buffer delivery, reproducibility, and good process economics. Traditionally, buffer preparation relies mostly on manual work, which is labour-intensive and makes it difficult to avoid human errors, such as inaccurate weighing or deviations in the dosing of injection water for dilution. In addition, the target buffer must pass various quality control tests before it can be used in production, resulting in long dispensing cycles. The tanks must also be thoroughly cleaned and validated if they are used for other liquids. Another issue that should not be overlooked is that these large dispensing and storage tanks take up a lot of money and plant space. We provide dilution system cleaning, dilution equipment, automated dilution machine, dilution control, dilution dispenser, etc. For more information about preparation of pharmaceutical buffer solution, please feel free to contact us!

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Bio-TFF tangential flow filtration tff system is an easy-to-use automatic ultrafiltration UF/DF system suitable for biopharmaceutical process development, pilot studies, and small-scale production. The benchtop tff system adopts innovative and intelligent design, which not only improves process performance, but also achieves extremely low minimum operating volume, maximum ultrafiltration concentration multiple, and optimal product recovery function. Features of Bio-tff filtration system 01. Hygienic design, compliant with GMP and ASME BPE requirements; 02. Use sanitary grade quaternary diaphragm pump or rotor pump, low shear force, low pulse; 03. Automatic TMP control, automatic concentration, equal volume filtration and other functions; 04. Equipped with a built-in integrity detection module, without the need for an external integrity detector; 05. Chinese and English operating system complies with the requirements of FDA 21 CFR Part 11; 06. Customization can be customized according to different customer requirements; 07. Provide a complete set of GMP verification documents and services. BIO-TFF TANGENTIAL FLOW FILTRATION SYSTEM SPECIFICATIONS Model No. Bio-TFF600 Bio-TFF1200 Bio-TFF2500 Bio-TFF4400 Bio-TFF9000 Bio-TFF20000 Circulating pump Sanitary quaternary diaphragm pump Sanitary rotor pump Pump rate（L/H） 6~600 10~1200 50-2500 150~5000 300~9000 600~20000 Filtration area（m2） 0.1~2.5 0.5~2.5 0.5~5 0.5~10 1~20 2~40 Pipeline 1/2"TC 3/4"TC 1"TC 1"TC 1½" TC 2" TC 3" TC pH range 0~14 CD range（mS/cm） 0.1uS/cm~300mS/cm Tubing materia SS316L(ASME BPE), Ra≦0.4µm Solvent mixing tank（L） Optional (20/30/50/100 and others) Fluid infusion pump Optional System pressure（bar） ≤6 Power 220/380VAC 50Hz Compressed air（bar） 5~7 For more information about tangential flow filtration system price and tangential flow filtration equipment, please feel free to contact us!

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Bio-Pro® pilot& industrial chromatography systems is suitable for pilot and large-scale production of biopharmaceutical purification processes. The automated chromatography systems is designed with integrated modules according to ASME BPE and GMP requirements, and can be configured in various ways according to customer specific usage requirements. The system can manually or automatically achieve processes such as balancing, sampling, rinsing, elution, automatic collection, clean in place, and can provide customers with verification documents that comply with GMP regulations. Features of Bio-Pro® Pilot & automated gas chromatography systems 01. High Quality with Stability Key components of the system adopt internationally renowned brands, which are stable and reliable; The pipeline design adopts ASME BPE standard, with inner wall electric polishing, Ra ≤ 0.4um, and automatic welding; Provide FDA or USP Class VI material certification for non-stainless steel materials in contact with the material liquid; All stainless steel materials in contact with the material have a serial number, serial number/furnace number to ensure traceability; The instrument adopts digital communication to overcome the problems caused by analog signals; The control software adopts self-developed software on the C # platform, which meets the requirements of FDA 21 CFR Part 11; Using a database to store data and having mature and reliable solutions to interface with various DCS systems; Provide complete GMP verification documents and services; Can achieve double-column position series-parallel connection. BIO-PRO® PILOT & PROCESS CHROMATOGRAPHY SYSTEM SPECIFICATION Model No. Bio-Pro 60 Bio-Pro 180 Bio-Pro 600 Bio-Pro 1200 Bio-Pro 2500 Bio-Pro 4400 Infusion pump High-accuracy constant-flow pump Sanitary quaternary diaphragm pump Flow range(L/h) 1~60 1~180 6~600 10~1200 50-2500 150~5000 Flow accuracy(L/h) 1% or 5ml/min 1% or 0.5L/h 1% or 1.5L/h 1% or 3L/h 1% or 5L/h 1% or 10L/h Tubing 1/4"TC (OD6.35 X ID4.57) 3/8"TC (OD9.53 X ID7.75) 1/2"TC (OD12.7 X ID9.4) 3/4"TC (OD19.05 X ID15.75) 1"TC (OD 25.4 X ID 22.1) 1½" TC (OD38.1 X ID34.8) Tubing material SS 316L(ASME BPE)， Electro polishing Ra≤0.4um System pressure(bar) 6 UV-Vis Detector(nm) Fixed wavelength 280nm / adjustable wavelength with 4 channels 200-400/200-800nm Conductivity range 0.1uS/cm~300mS/cm（ 0.1uS / cm~500mS / cm ） pH range 0~14 Working temperature 4~40 ℃ Compression air(bar) 5~7 Size(mm) 1400x750x1300/ 1100*700*1200 1370x700x1200 1470x750x1350 1470x750x1350 1800x1200x1800 Weight(kg) 265 /220 230 280 295 630 700

Minimum Order: 1 bags

Biopharm purification equipment independently developed by Hanbon includes Chromatography columns, Chromatography system, In-line buffer dilution system, Filtration system, Single-use system, etc. The device software meets the requirements of GLP/GMP regulations and FDA 21CFR part 11 requirements and has a complete IQ/OQ/PQ verification file system that can provide document support for user GMP/FDA certification. Basic Characteristics Of Chromatography Resins Resin matrix: the finer and more uniform the particle size, the higher the resolution, but also the higher the backpressure (with the exception of the Source matrix); Physical stability: new generation resins are more robust and can withstand high flow rates while maintaining a stable column bed volume and structure, eliminating the need for frequent column loading operations and improving reproducibility; hemical stability: the new generation of resins can withstand extreme pH, high salinity, pro-solvents and organic solvents, facilitating the development of separation conditions and in-situ cleaning (CIP), greatly extending resin life and improving reproducibility. Different packing materials can be used for different sample separations, requiring different columns and systems to be used with them. Application Of Chromatography And Filtration Techniques In Vaccine Purification Antibody drugs (mono-, di-, poly-, and ADCs) are novel therapeutics with high efficiency, low toxicity, and low side effects, and are widely used in cancer, autoimmune diseases, infectious diseases, and other fields. Antibody-drug purification protocols need to be optimized and adjusted according to specific antibody types and requirements, and downstream links usually include the following steps: Cell harvesting and fragmentation Affinity chromatography Ion exchange chromatography Size exclusion chromatography Regeneration and concentration Hanbon's chromatography systems, filtration systems, in-line dosing systems, and other products are inextricably linked to the separation and purification of antibody drugs and are essential tools for the preparation of high-quality antibody drugs, both in the process development and production stages. Application Of Chromatography And Filtration Techniques In Antibody Purification Vaccines are an effective means of preventing infectious diseases. In the process of vaccine preparation, viruses or bacteria need to be produced first by cell culture, etc., and then inactivated and lysed to obtain the vaccine stock solution. Next, the vaccine stock solution needs to be isolated and purified to obtain a high-purity vaccine product. In this biopharma purification process, Hanbon's chromatography system and ultrafiltration system can be used to separate and purify the target proteins in the vaccine stock solution to obtain a high-purity vaccine product. Specifically, affinity chromatography, ion exchange chromatography, and gel chromatography can be used to remove impurities from the vaccine raw material solution to obtain high purity vaccine products. For more information about biopharma downstream processing, please feel free to contact us!

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FRAME FACT 11m carbon chassis and rear-end, S-Sizing Enduro Race Geometry, SWAT™ Door integration, threaded BB, internal cable routing, 12x148mm dropouts, sealed cartridge bearing pivots, replaceable derailleur hanger, 170mm of travel SEAT BINDER Alloy, 38.6mm REAR SHOCK FOX FLOAT X2 Factory, Rx Trail Tune, 2-position adjustment, high and low speed rebound and compression adjust, Trunnion mount, 205x60mm

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Frame Advanced-Grade Composite front and rear triangles, 100mm FlexPoint Pro suspension, 12x148mm thru-axle Headset NA Front Suspension RockShox Sid, 110mm, Boost 15x110, 44mm offset, remote lockout, custom tuned for Giant Front Suspension Travel 110 Shock Fox Float DPS Performance, 165/45, custom tuned for Giant Rear Suspension Travel 100 Hub Spacing Front: 110mm Boost; Rear: 148mm Boost Hubs [F] Giant MTB alloy, 6-bolt, [R] Giant MTB alloy, 3-pawl driver, 6- bolt Rims Giant XCR 2 29 Carbon WheelSystem Spokes Sapim Inflation Type Tubeless Tyres Maxxis Recon Race 29x2.4, foldable, TLR, EXO, tubeless Brakeset Shimano Deore MT410, hydraulic, Shimano RT-26 rotors [F]180mm, [R]160mm w/brakelevers Shimano Deore MT401 Shifters Shimano Deore SL-M6100, 1x12 Rear Derailleur Shimano Deore RD-M6100 Crankset Praxis Cadet, 32t, 55mm chainline S:170mm, M:175mm, L:175mm, XL:175mm Bottom Bracket Shimano, press fit Cassette Shimano Deore M6100, 10x51 Chain KMC X-12 Pedals Not Included Saddle Fi'zi:k Antares R7 with S-alloy rails Seatpost Giant Contact Switch dropper, remote S: 125mm travel / 30.9 x 395mm Stem Giant Contact SL XC, 35mm S:60mm, M:70mm, L:70mm, XL:70mm Handlebar Giant Contact XC Flat, composite, 760x35mm Grips Giant XC Pro S:32mm, M:32mm, L:34mm, XL:34mm

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Frame: SPIRE DISC Frame material: Carbon Wheel size: 28" Fork: RADON SPIRE DISC Full Carbon Brakes: Shimano 105 BR-R7070, flat mount Brake discs: Shimano SM-RT54, 160/160mm, center-lock Headset: VP, IS42/IS52 Stem: Newmen Evolution 318.4, Ø31.8mm (48cm: 90mm, 51cm: 100mm, 54cm: 100mm, 57cm: 100mm, 60cm: 110mm, 63cm: 120mm) Handlebar: Newmen Evolution Wing Bar, Ø31.8mm (48cm: 400mm, 51cm: 400mm, 54cm: 420mm, 57cm: 420mm, 60cm: 440mm, 63cm: 460mm) Saddle: Selle Italia Model X Superflow Seatpost: Newmen Evolution, 27.2 x 350mm Crankset: Shimano 105 FC-R7000, 50/34T (48cm: 170mm, 51cm: 172,5mm, 54cm: 172,5mm, 57cm: 172,5mm, 60cm: 175mm, 63cm: 175mm) Bottom bracket: Shimano BB-RS500PB, Pressfit Rear derailleur: Shimano 105 RD-R7000-GS, 11-Speed Gear shifters: Shimano 105 ST-R7020, 2x11 Front derailleur: Shimano 105 FD-R7000, braze-on Cassette: Shimano 105 CS-HG700, 11-34 Chain: Shimano 105 CN-HG601 Tyres: Continental Grand Sport Race, foldable, 28" x 28mm Wheelset: Fulcrum Racing 400 DB, 100/142mm, Felgenhöhe: 34mm, Maulweite: 19mm Pedals: not included

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FRAME Teammachine SLR 01 Premium Carbon with Aerocore Design • ICS Technology, Stealth Cable Routing • Integrated Aerocore Bottle Cages • Stealth Dropout Design • TCC Race Compliance Level • PF86 Bottom Bracket • Integrated Seatpost Clamp • Flat Mount Disc FORK Teammachine SLR 01 Premium Carbon • ICS Technology, Stealth Cable Routing • TCC Race Compliance Level • Stealth Dropout Design • Flat Mount Disc • 12x100mm Thru-Axle • 48mm Offset (Size 47-51), 43mm Offset (Size 54-61) GEARS 2x12 CHAINWHEEL SRAM FORCE AXS 48-35T CASSETTE SRAM FORCE XG-1270 10-28T CHAIN SRAM FORCE 12 Speed FRONT DERAILLEUR SRAM FORCE eTap AXS REAR DERAILLEUR SRAM FORCE eTap AXS SHIFTERS SRAM FORCE eTap AXS HRD BRAKES SRAM FORCE eTap AXS HRD, Centerline XR Rotors (160/160) HANDLEBAR BMC RAB 02, Ergo Top Shape, Compact Bend STEM BMC ICS2 - Integrated Cockpit Design SEATPOST Teammachine SLR 01 Premium Carbon D-Shaped Seatpost • 15mm Offset SADDLE Fizik Argo Vento R5 (140mm) HUBS CRD-351 SL RIMS CRD-351 SL Carbon, Tubeless Ready, 35mm TIRES Vittoria Corsa, 25mm TIRE CLEARANCE 30mm (Measured Width) EXTRAS Aerocore Bottle Cages

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FRAME URS Premium Carbon with Micro Travel Technology, Tuned Compliance Concept Gravel • Gravel+ Geometry • Internal Cable Routing • Fender and Rack Mounts • PF86 Bottom Bracket • Flat Mount Disc • 12x142mm Thru-Axle FORK Micro Travel Technology Suspension Fork, Premium Carbon Blades, • 20mm Travel • Coil Spring & Hydraulic Damper • Fender Mounts • Flat Mount Disc • 12x100mm Thru-Axle CHAINWHEEL SRAM FORCE 1 AXS 38T CASSETTE SRAM XG 1275 EAGLE 10-52T CHAIN SRAM X01 Eagle REAR DERAILLEUR SRAM X01 EAGLE AXS SHIFTERS SRAM FORCE eTap AXS HRD BRAKES SRAM FORCE eTap AXS HRD, Centerline X Rotors (180/160) HANDLEBAR Easton EA70 AX STEM BMC MSM02 SEATPOST URS 01 Premium Carbon D-Shaped Seatpost • 0mm Offset SADDLE WTB SL8 Titanium Medium HUBS CRD-400 RIMS CRD-400 Carbon, Tubeless Ready, 40mm TIRES WTB Raddler, 40mm TIRE CLEARANCE 45mm (Measured Width)

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Trough Deck Roof is a type of roof that is made up of a series of steel panels that are joined together to form a trough shape. The panels are typically corrugated to increase their strength and rigidity. The trough shape helps to prevent rainwater and other debris from accumulating on the roof and allows it to drain away easily. This type of roof is commonly used for tanks that are located in areas with high levels of rainfall. ADVANTAGES TROUGH DECK ROOF Offers excellent protection against weather elements, particularly rainwater. Provides a flat surface for maintenance activities on the roof. Can be used for larger tanks with a wide span. APPLICATIONS TROUGH DECK ROOF Used to store potable water and process water and other liquids. Used in a multitude of applications within municipal, industrial, and agricultural market sector applications. For more about flat roof tank and water tank china, Contact us.

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