Dynamic Processing Rheometer

Auto sample feeding structure- computer controlled auto sample feeding structure enables the user to put 30 pieces (or more pieces depending on request) of samples. According to settings of compound information and sequence, the sample can be automatically send into the die cavity for testing and take it out automatically from die cavity after finishing test. It can reduce the work of user would be controlled efficiently, and the testing time interval.

Ekt-2000s moving die rheometer (foam pressure) is work of the founder of ektron tek who is also the first computerized rheometer designer in asia. Designed and manufactured in accordance with astm d5289 & iso 6502 standards. The torque sensor is directly attached to the upper die to avoid friction and mechanical resistance which influence sensors' precision. The measured torque value is the real viscosity elastic property of compounds.

operators. Powerful database enables user to retrieve and review the rest result of tensile testers. Easy-edit function offers the user to design suitable report formats. Auxiliary calibration software and standard weights enable ser to periodically and easily calibrate this instrument. Other features of tensile tester software contain: (1) selectable x/y coordinates (2) per-set multiple sample thickness (3) selectable average calculation methods (4) the way of collection and calculation of the database inside the software could be increased or modified according to the client's request. Provide general used types of grips and sample cutting dies for customers to choose.

Oscillating disc rheometer of ektron tek!|s is designed in accordance with astm d2084& iso 6502 standards. More than 30 items of data, such as ml, mh, ts, tc and cri etc. It could be taken from each test. Cure curve provides the processing, vulcanizing, and vulcanized physical properties of rubber cross-linking reaction.

Supplier: Rubber testing instrument, dynamic processing rheometer, moving die rheometer, oscillating disc rheometer, tensile tester, mooney viscometer, plunger tester, mixing grader, alfa mirage electronic densimeter, vibration simulator, flexometer, automatic ozone test chamber, fatigue failure tester, demattia flexing fatigue tester, low temperature retraction tester, gas permeability tester

Magnetron Sputtering Deposition Line for ITO Glass The machine line uses two industrial computers and PLC systems to dynamically display the whole operation process with alarm and self-protective functions. The important processing parameters with several optical inspected systems connected to the computer, so the color and thickness of the film can be automatically controlled. ITO Glass coating line: This machine are available to metalize transparent electric conductive film on glass, for example, LCD, PDP display or OLED display, etc. Using vacuum magnetron sputtering deposition technology, with dual cathodes, MF sputtering technology and international advanced control system, it is to deposit SiO2/ITO on the float glass. All the process is automatically controlled in series.

ESW-750 Lab Horizontal Bead Mill Description: ESW-750 Lab Horizontal Bead Mill is a kind of wet-grinding machine suitable for continuous or cyclical process. The machine applies to materials with various viscosity and can get ideal particle size in shorter time, more efficiently. It is easy to start with low energy consumption rate and high grinding effect. Features: 1. Adopt German Burgamnn Mechanical seal with compact structure and liquid recycle pump which can ensure the seal can work normally for a long time 2. Adopt dynamic trapezoid fence booms discharge to solve conventional problem of slowly discharge, stuck grinding medium etc. 3. The inner tank uses special compound stainless steel which is completely penetrated after the heat treatment so that ensure the hardness is equal to the hardness before be thoroughly grinded. Therefore, the ddurability can be ensured and metal pollution can be avoided 4. Adopt spiral cooling system, taking most of the heat of the grinding tank. 5. Finely dispering and grinding materials with different viscosity from micro to nanometer 6. Suitable for continuous or cyclical process. Technical Parameters Model: ESW -750 Lab Horizontal Mill Voltage: 380v/50Hz 3PH ( can be customized) Motor: 750W Mechanical SealingL Germany Burgmann mechanical seal, it can bear pressure higher than 10kgs Material of Chamber: High chrome steel after heat treatment, its hardness can reach HRC62-68 Grinding Material: Special high wear-resistant alloy steel Discharging Way: dynamic trapezoid fence booms discharge Inlet&outlet pipe: Diameter for inlet pipe and outlet pipe is G1/2 separately Cooling Way: Multiply Bellows Volume of Grinding Tank: (ml)400ml Speed(rpm): 0~8000 Flow of Cooling Water: 80L/H. Dimension450X210X360 Weight(kgs)30.

Application range: There are 5 fixed programs and 4 diy programs according to Different sterilization objects such as dressings, equipment, Tools, rubber, liquid, culture medium, waste, etc. Technical features: 1. Complete process of filling water, dynamic pulse exhaust, heating, sterilizing, draining and drying runs automatically. 2. Led screen displays all steps of full process as well as error codes. 3. Sterilization programs for dressings, equipment, rubber, culture medium, waste, etc. 4. Adopting certain temperature ( exhaust method and dynamic pulse exhaust method to completely empty the cold air inside chamber for ensuring steam saturability. 5. Automatic selecting quick or low exhaust to avoid sterilization liquid overflowing. 6. Inner stainless steel water tank for water and steam to circulate inside. Steam does not exhaust during sterilization, so as to keep the outside clean and dry. 7. Independent quick service window, easy for repairing and maintenance. 8. Water inlet filter to keep high water quality. 9. Hand wheel type of quick-open door structure, self-expandable sealing ring, easy operating and safe. 10. Optional printer for recording sterilization data.

In the semiconductor industry, PTFE (polytetrafluoroethylene) is widely used in the production of cassettes and baths due to its exceptional properties. Here's an overview of their applications and advantages: Applications of PTFE Cassettes and Baths 1. Wafer Handling: - PTFE cassettes are used to safely store and transport silicon wafers during various processing steps. Their smooth surface reduces the risk of contamination and damage to the wafers. 2. Chemical Compatibility: - PTFE baths are utilized in wet processing applications, such as etching and cleaning. They provide a highly resistant environment for aggressive chemicals, ensuring that the materials do not react with the solutions. 3. Temperature Resistance: - PTFE cassettes and baths can withstand a wide range of temperatures, making them suitable for processes that involve heating or cooling. 4. Corrosion Resistance: - Due to their outstanding chemical resistance, PTFE cassettes and baths protect the integrity of the semiconductor manufacturing process by preventing corrosion from harsh chemicals. 5. Fluid Dynamics: - PTFE baths are designed to facilitate optimal fluid flow, ensuring effective and uniform chemical distribution during processes like wet etching and cleaning. Advantages of PTFE Cassettes and Baths 1. Low Friction: - PTFE has a low coefficient of friction, which minimizes wear and tear during wafer handling and improves the efficiency of automated systems. 2. High Purity: - The non-reactive nature of PTFE ensures that there is no leaching of contaminants into the chemicals or onto the wafers, maintaining high purity levels critical for semiconductor fabrication. 3. Ease of Cleaning: - PTFE's smooth surface makes it easy to clean, reducing downtime and ensuring that equipment remains contamination-free between processes. 4. Durability: - PTFE materials are known for their longevity and can endure the demanding conditions of semiconductor manufacturing without degrading. 5. Cost-Effectiveness: - While PTFE materials may have a higher initial cost, their durability and resistance to chemicals lead to lower maintenance and replacement costs over time. Overall, PTFE cassettes and baths are essential components in semiconductor manufacturing, offering reliable performance and superior protection against the challenges posed by chemical processes and wafer handling.