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Japan's DAIA rebar cold cutting technology: complete guide, specifications and benefits for welding forgings\r\n\r\n A revolution in rebar preparation for forging welding\r\n\r\nA unique product engineered in Japan, the DAIA (DAIA) SDC Series Rebar Cold Cutting Saw defines a new standard in rebar preparation for the sensitive butt forging welding process. Using advanced cold cutting technology, this specialized device creates a completely smooth, perpendicular surface without metallurgical defects, which dramatically increases the final quality of the connection. This device is not an ordinary tool, but a precision engineering solution for professionals who seek the highest standards in civil and industrial projects.\r\n\r\n Full description of cold cutting technology\r\n\r\n"Cold cutting" technology, which is at the heart of Daya's SDC series saws, is an advanced mechanical cutting process that is fundamentally different from traditional methods such as abrasive cutting or hydraulic shearing. Understanding these differences reveals the reason for the absolute superiority of this device:\r\n\r\nCutting process without heat and sparks: Unlike forging mills, which wear at high speed, produce intense heat (above 1000 degrees Celsius) and cause sparks and a heat-affected zone (HAZ) in the rebar cross-section, cold cutting technology uses a very hard alloy steel blade and a powerful motor with high torque and low rotation speed. This mechanism precisely and mechanically "cuts" the steel instead of burning it. The result of this process is no change in the molecular structure and mechanical properties of the steel at the cutting site, which is vital for a strong and reliable forging weld.\r\n\r\n* Creating a completely smooth and vertical cross-section surface (Mirror-Finish Surface): The precise fixer mechanism of the device keeps the rebar completely fixed and the blade creates a cut at an exact 90 degree angle with a controlled movement. The final surface obtained is completely smooth, polished and without any burrs. This feature completely eliminates the need for any secondary operations such as grinding; A process that in other methods is not only time-consuming and expensive, but can never produce the same precision as cold cutting.\r\n\r\nInternal mechanism and precision gears: One of the secrets of the durability and cutting quality of the Daya saw is the use of strong steel gears and machined with high precision in its power transmission system. This advanced design minimizes machine vibration during cutting. Vibration reduction has two key benefits: firstly, preventing premature blade failure or lipping and secondly, significantly increasing the useful life of the blade, which ultimately leads to reduced operating costs. This is the point where Chinese and domestic copies fail.\r\n\r\n Technical and operational advantages of Daya cold cutting technology\r\n\r\nUsing DAIA cold cutting saws in projects brings unique competitive advantages that directly affect quality, speed and cost.

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TES-1341 Anemometer The TES-1341 Hot Wire Anemometer is a professional hot wire type anemometer designed to measure air velocity, air flow volume, temperature, and ambient humidity. Due to its use of a hot wire sensor with rapid response, it can measure very low airflows and is an ideal choice for HVAC engineers, ventilation systems, laboratories, air conditioning industries, and quality control centers. The telescopic and flexible probe design of this model allows measurement in air ducts, ventilation grilles, and hard-to-reach spots. In addition to measuring wind speed, the device also provides the user with the capability to calculate air flow, which is very useful for evaluating the performance of ventilation and air handling systems. Main Features of TES-1341 Hot Wire Anemometer High-Accuracy Air Velocity Measurement This device can measure air velocity in the range of 0 to 30 meters per second. The hot wire sensor is more sensitive than vane anemometers and provides very accurate performance for measuring low-speed airflows. Hot Wire Air Flow Volume Calculation Besides measuring wind speed, the TES-1341 can also calculate air flow volume. This feature is valuable for testing ventilation ducts, HVAC systems, and fan performance control. Temperature and Humidity Measurement The device is equipped with internal temperature and humidity sensors and can simultaneously display environmental conditions. This feature allows users to monitor multiple environmental parameters with a single device. Advanced Environmental Parameter Calculations The TES-1341 can calculate the following: Dew Point Wet Bulb Temperature Wind Chill Temperature Heat Index Humidex Index These capabilities make the device highly valuable for research and industrial applications. Internal Memory and USB Connection This model supports manual and automatic data storage and allows data transfer to a computer via a USB interface. Technical Specifications Table of TES-1341 Hot Wire Anemometer Specification Value Air Velocity Measurement Range 0 to 30 m/s Air Velocity Resolution 0.01 m/s Air Velocity Accuracy ±3% Reading ±1% FS Air Flow Range 0 to 999900 m³/min Temperature Range -10 to 60 °C Temperature Accuracy ±0.4°C Humidity Range 10 to 95% RH Humidity Accuracy ±3% RH Dew Point Temperature -15 to 49°C Wet Bulb Temperature 5 to 60°C Response Time Less than 2 seconds Manual Memory 5×99 records Automatic Memory 5×99 records Power Supply 6 AAA batteries Battery Life About 10 hours Dimensions 150×72×35 mm Weight About 235 grams Computer Interface USB Interface Applications of TES-1341 Device HVAC Systems Facility specialists use this device to check the performance of air ducts, fans, air handlers, and ventilation systems. Accurate measurement of air velocity and flow volume helps optimize equipment performance. Pharmaceutical and Cleanroom Industries Controlling airflow speed is crucial in cleanrooms and pharmaceutical industries. Due to its accuracy at low speeds, the TES-1341 is an ideal choice for these environments. Laboratories and Research Centers Measuring environmental parameters such as temperature, humidity, and airflow is essential in many research projects, and this device provides all these parameters to the user. Electronics Industry For evaluating cooling system performance, server racks, and sensitive electronic equipment, precise airflow measurement is necessary, and the TES-1341 performs well in this area. Quality Control and Industrial Maintenance Maintenance units can use this device to assess the efficiency of fans, ventilators, and air transfer systems. Advantages of TES-1341 Compared to Vane Anemometers One of the most important differences between hot wire anemometers and vane models is the much higher accuracy at low speeds. In many HVAC and laboratory applications, airflow speeds are very low, and vane anemometers cannot provide accurate results. The TES-1341 solves this problem using Hot Wire technology. Additionally, the telescopic probe of this model allows access to difficult points inside air ducts. The ability to record data and transfer it to a computer also simplifies documentation and result analysis. Summary of Purchasing TES-1341 Hot Wire Anemometer The TES-1341 is a professional hot wire anemometer capable of measuring air velocity, air flow volume, temperature, and humidity, designed for industrial, laboratory, and facility applications. High accuracy at low speeds, telescopic probe, advanced environmental parameter calculations, internal memory, and USB connectivity are among its key advantages. If you are looking for a precise tool to inspect ventilation systems, air quality control, and environmental parameter measurement, the TES-1341 is one of the best options available in this category. Download TES-1341 Catalog

Zendeh Rood Hararat Sazeh Company, manufacturer of electrostatic paint ovens, car paint curing ovens, fully automatic barrel paint lines, cyclones, paint booths, industrial waste incinerators, solution ovens, annealing ovens, industrial heaters, spray robots, and more... Technical Specifications: Internal dimensions: depend on customer's request according to the type of part and production volume Operating temperature: 180 to 1200 degrees Power consumption: 25 kilowatts Capacity: 420 pieces per hour Product Advantages: Automatic air circulation system Thermal insulation with 3 layers of density 120 rock wool Digital and automatic temperature control Uniform heat distribution inside the chamber Certifications: Iran National Standard ISO 9001 European CE Special Services: 2 years unconditional warranty 10 years after-sales service Free installation and commissioning Operator training Suitable for: Industrial production lines Barrel and tank manufacturing factories Metal industries and parts manufacturing Provider of various paint ovens, heating systems, and high-quality barrel paint lines Over 20 years of experience in design and manufacturing After-sales service and technical support Free consultation for selecting the appropriate system ️- Experience working with major government companies For more information and consultation, please contact us! Address: Isfahan_ Industrial Town of Electricity and Electronics