Calibrating - Import export

Looking for a reliable supplier of high-quality Black Eye Beans wholesale from Uzbekistan? Sultan-Agro is your partner for a successful business! We specialize in exporting premium black eye beans, offering various grades and forms to meet your business needs.

Our calibration laboratory is set-up to perform measurements of impedance and insertion loss over the frequency range 20Hz to 500MHz with automated systems to offer cost-effective results. Products manufactured by Cranage EMC Technology Limited are also backed up by extensive calibration facilities for the measurement of inductance, capacitance, and resistance. Many of our products have been independently calibrated with UKAS traceability and this has served to verify our measurement results. LISN's, PLIP's and CDN's are initially supplied calibrated with results documented according to our calibration procedures. Annual re-calibration is also provided on a standard traceability basis. You would receive a bound calibration record for each product submitted with measurement results and details of procedures used. This service is quoted inclusive of return UK carriage cost and is offered on a 5 days turnaround.

We offer you standardized complete systems for the measurement of volume & mass flows. We use measuring elements that have established themselves within previously built customer-specific test benches and convince with high measuring accuracy. The SMF® series of nozzle test benches has been specially developed for calibration with air. Critical nozzles are used as measuring elements. Up to 18 critical nozzles can be combined, depending on customer requirements. EP offers different designs for the register: Drum Design, Block Design & Register Design. Another variant is a mobile system: The EP SMF® - Mobile Flow Calibrator - a compact measuring system for flow calibration. EP Ehrler Prüftechnik manufactures single nozzles in the flow rate range from 0.005 to 2000 m³/h. In addition to our standard range, we also manufacture customer-specific nozzles that are perfectly designed for your application in compliance with DIN EN ISO 9300*.

The high-precision calibration laboratory is accredited according to DIN EN ISO/IEC 17025 for flow calibration of flowing gases. The EP calibration laboratory is accredited by the DAkkS according to DIN EN ISO/IEC 17025:2005 for calibrations of gases in-house and on-site under the procedure number D-K-21444-01-00. We offer calibrations for gas flow measurement as well as temperature, humidity and pressure measurements. In addition, we calibrate all measured variables of the test bench directly at your site. Our experienced technicians also check the harmonious interaction of all sensors, so that the entire system is perfectly tuned. The opening of our new calibration laboratory in Asia enables us to offer you even better service internationally.

Full range of accredited anemometer calibration services from 0.05 to 80 m/s for pitot probes, thermal anemometers, ultrasonic anemometers, vane anemometers, rotating cup anemometers. Uncertainty CMC from 0.15% of reading.

Accredited air flow calibration of mass flowmeters, MFC, variable area, coriolis, laminar flow, vortex, piston provers, bubble flowmeters, turbine, orifice, venturi flowmeters. UKAS accredited to ISO 17025 for all types of air and gas flowmeters for volume flow and mass flow. Extensive calibration flow range of 1 cc/min to 1250 l/sec and 300 mm line size.

Do you own a measuring device from HGL Dynamics and want to use it to obtain reliable measured values in the future? In this case, calibration is essential. We will advise you on the selection of the right calibration method for your amplifier. In addition, we also offer a factory calibration of your HGL measuring devices according to your specifications. All calibration references we use are traceable to national and international standards. We will be happy to prepare a suitable offer for this.

When it comes to quality products, especially popular ones like speckled kidney beans, choosing a wholesale supplier demands careful consideration. Allow us to introduce you to Sultan-Agro – your trusted partner in the world of exporting speckled kidney beans from Uzbekistan.

Are you searching for a reliable partner for wholesale supplies of King Beans from Uzbekistan? Congratulations, you’ve found the perfect solution! Sultan-Agro offers high-quality King Beans in bulk with a wide range and dependable partnership.

Are you searching for a reliable partner for wholesale supplies of King Beans from Uzbekistan? Congratulations, you’ve found the perfect solution! Sultan-Agro offers high-quality King Beans in bulk with a wide range and dependable partnership.

Red Mottled Beans are not only flavorful and nutritious but also a dependable source of essential nutrients for your well-being. If you’re seeking a reliable provider of premium-quality Red Mottled Beans sourced from Uzbekistan, your search concludes here.

Green mung beans, as a valuable component of balanced nutrition and gastronomic pleasures, hold a significant place in global culinary and a healthy lifestyle. This incredibly nutritious product is a true treasure for those who strive to maintain health and relish delicious dining experiences.

with adjustable humidity and temperature to simulate the environmental conditions of a test specimen (e.g. household appliances, heating technology) The basis is a standard or climatic chamber (e.g. test kitchen, environmental simulation) with adjustable air humidity and temperature. On the basis of decades of experience in automotive test engineering, EP-E developed a concept in which the air flows in a circle (loop design). The result is a very excellent homogeneous temperature and humidity distribution. Through precise temperature and humidity control, it is possible to set different combinations of air conditioning and thus precisely adjust the required test conditions. The determination of the air flow (exhaust air volume) is carried out via a measuring section with the use of Laminar Flow Elements (LFEs). In order to determine the volume flow, pressure and temperature sensors are used to determine the air volume flow of the climatic chamber(s).

We offer you standardised complete systems for the measurement of volume & mass flows. The EP LMF®-LaminarMasterFlow® is a complete system for high-precision flow measurement of gases and air. The LMF® system consists of a flow processor, a Laminar Flow Element (LFE) as measuring section, a cable set and a sensor package. The flow measurement is performed by means of Laminar Flow Elements (LFE), which are available in different sizes and cover a measuring range from 0.01 to 700 m³/h. (optionally up to 4000 m³/h).

Over the last few years, we at EP-E have designed and introduced a series of primary standards for gases, designed for use in calibration laboratories. As a technology partner of the Physikalisch-Technische Bundesanstalt (PTB) in Braunschweig, our solutions are based on the highest standards. The EP gas bell plungers generate a volume flow which is traceable to the SI units length and time. The pistons are driven by a stepper motor via a spindle. In the initial state one piston is fully retracted and the other fully extended. The volume flow can be set with high precision via the piston cross section and the travel speed. At the end of the calibration process, both pistons are in the opposite position to the initial position. The calibration device is preferably operated with air, which can be supplied with up to 6 bar. The EP gas bell pistons convince by highest measuring accuracy up to 0.15% (k=2).

The EP endurance test benches are used to test various components over a defined cycle for durability, e.g. temperature and pressure cycle tests. A high series quality requires precision and reliability. Operational and endurance tests are necessary in order to be able to demonstrably guarantee high quality. In the form of selection or random sampling tests, components are tested for fatigue and wear by means of load tests, for example under pressure and temperature changes. The tests are used for endurance stress testing of various materials and products with different pressure curves and temperatures. We build test benches according to your requirements: e.g. for long-term or short-term tests, under static or pulsating test conditions and depending on other factors. Present us your requirements!

The test bench is designed for calibration with critically operated nozzles of domestic gas meters or others such as diaphragm gas meters, ultrasonic meters, thermoelectric gas meters. The test bench is specially designed for the calibration of domestic gas meters (bellows gas meters, ultrasonic meters, thermoelectric gas meters). The test bench is modular - 1x6 to 4x6 clamping positions for the gas meters can be combined. Due to the modular design 1 to 12 gas meters can be tested simultaneously. In parallel, up to twelve additional test pieces can be adapted, run in and leak tested. A magazine consisting of three critical nozzles is used as flow transmitter. Optionally, a nozzle drum with nine combinable nozzles can be used. This allows the generation of up to 512 different flow points with highest accuracy.

We offer you standardised complete systems for the measurement of volume & mass flows. We use measuring elements that have established themselves within previously built customer-specific test benches and convince with high measuring accuracy. We develop and manufacture Venturi tubes and nozzles as individual components or as VMF® complete systems. The VenturiMasterFlow® measuring system, VMF® for short, is used for the precise measurement of air or gas volume and mass flows of 100,000 m³/h. The core of the VMF® system is the FlowProcessor, a PC system with the corresponding data acquisition hardware. Venturi nozzles convince by a low remaining pressure loss and are suitable for flow measurement of gases with high temperatures. The software developed under LabVIEW is operated either via touch screen or with mouse and keyboard.

Water flow calibration services to ISO 17025 and UKAS accredited, covering 1 cc/min to 1000 l/min. Uncertainty measurement from 0.1% of reading.

Oil free pressure sensor calibration for submarine, aviation and medical grade facility installations. Full cleaning and process calibration to ASTM G93 and Calibration to ISO 17025.

Oil flow meter calibration services for mineral oil flowmeters utilised in hydraulic, turbine and internal combustion engines. UKAS accredited flow calibration from 0.4 to 440 lpm.

ISO/IEC 17025:2017 UKAS accredited calibrations are available across a large range of our traceability schedule for flowmeters, gas flow, air flow, fluid flow for both oil and water flowmeters, pressure, oxygen clean pressure, electrical, frequency, time, temperature simulation and supplemented with a host of standard traceable calibration services. UKAS accredited calibration services (Laboratory 0604) and thermal fluid component testing services to a wide scope of industries whilst maintaining a reputation for quality, cost effectiveness, impartiality and reliability. Our specialist UKAS accreditation offerings for aviation, automotive, medical, environmental and pharmaceutical sectors provide worldwide acceptance for many of the ASTM, EPA, ISO, BSI, DIN and SAE standardized test protocols.

The LF-TA transmitter of Schaller measurement instrumentation, with its robust and easy to mount aluminium housing, is best suited for all applications in this field. For temperatures of up to 60°C for laboratory, climate control and drying technology, wood processing industry, food and animal feed industry, building industry, printing and paper industry, agriculture, biotechnology and pharmaceutical industry.

10 litres calibration gas (100 ppm H 2 in nitrogen) for all FAN H 2 breath test devices. Compressed in an 1–litre aluminium can, at least 12 calibrations can be readily achieved.

Large heat and flow meters are often used continuously for decades after an initial calibration at external test benches. A recalibration of these meters within their actual operation conditions was not possible so far. In the best case scenario those flow meters are unmounted and recalibrated on an external test bench. Drawback of this method is an interruption of supply in addition to its already high costs. Furthermore, calibration conditions can differ greatly from actual operation conditions compared to test bench conditions, so even if calibrated, the measurement uncertainty in operation remains fairly unknown. This often leads to more difficult fluid distribution optimizations and leaves billing fairness to a gamble. More precisely measured values of flow sensors may uncover hidden saving potentials within the fluid distribution system and allow more exact performance indicators, improving energy efficiency.