アルファコーポレーション Product Lineup

TRZ Analyzer: A dedicated testing device for the maintenance, manufacturing, and quality control of power ultrasonic transducers, converters, boosters, horns, and acoustic stacks. This device determines the frequency, impedance, and mechanical quality factor of the test subject. It facilitates the tuning process, applies pass criteria, generates test reports, and includes software for saving/comparing results. Sonic Sniffer (Non-contact Frequency Meter): Establishes the operational frequency baseline of ultrasonic devices and detects frequency shifts that indicate when preventive maintenance is needed. Piezo Clamping: A new device that standardizes the prestress of piezoelectric ceramics and prevents damage to converters and ultrasonic transducers. Simply input the ceramic parameters and tighten the transducer until the desired prestress is achieved. Unlike tightening torque, prestress is a known value that depends only on the type of ceramic. Sonelastic HZ: Can measure the Young's modulus, shear modulus, Poisson's ratio, and damping of metal alloys used in the manufacturing of ultrasonic horns and components.

• Other inspection equipment and devices

〇 A groundbreaking technology in the neodymium magnet market, internationally cutting-edge technology 〇 Effectively applicable in defense, aerospace, maritime strategy, and environmental protection 〇 Safe green solvents: wide applicability in chemical engineering, batteries, and materials 〇 Zero emissions: no wastewater or exhaust gases

• Plating Equipment

1. Directly measures the heat generated from ECE materials. 2. Ensures accurate thermal measurements through an inherently precise calibration process. 3. The integrated sample holder allows for easy switching between calibration and high voltage testing. 4. Protection circuit to safeguard the Stanford Research Systems SR560 preamplifier. 5. A compact heat flux sensor capable of measuring both heat flux and temperature. Extremely small size with minimized thermal mass. Response time: over 0.1 seconds. Thermal resistance: 0.01°F / BTU / ft²-hr; Output signal: >3µV/BTU/ft²-hr; Thermal capacity: 0.02 BTU/ft²/°F. 6. Genuine Stanford Research Systems SR560 preamplifier with wide bandwidth, noise filtering, and gain.

• Other polymer materials

This is a polarization system that includes a high-voltage power supply necessary for the polarization of piezoelectric materials, a fixture for contacting the sample, and control software. The polarization fixture can be immersed in high-temperature silicone oil or transformer oil for high-temperature polarization. The fixture is made of stainless steel and aluminum. It has electrical insulation properties up to 30kV. It can accommodate temperatures up to 250°C (Teflon) or 300°C (ceramic). It can be installed in an oil bath or a constant temperature chamber for high-temperature testing. The lower electrode is made of stainless steel. The upper electrode is an M3 ball (replaceable) and is equipped with a spring to maintain pressure and good electrical contact during testing.

• Piezoelectric Devices
• Other polymer materials
• Ceramics

- Piezoelectric PVDF sensor with lead wires. - Made of high d31 PolyK piezo PVDF long film, it is long, durable, strong, and flexible. - Constructed from PVDF film with a waterproof coating of 110μm thickness. - Comes with a waterproof coating, rivet ring connector, and 24 gauge silicone wire (length 40 cm) or solderable pins. - Features screen-printed silver electrodes and a protective coating. - Can be laminated to any surface using double-sided tape. - Please check the images for size and capacitance. - Can generate output signals of 10 to 100V when stretched. Note: The effective area (capacitance) can be changed simply by cutting it smaller with scissors. After cutting, clean the cut surface with IPA or acetone and ensure there is no electrical short circuit between the top and bottom electrodes.

• Piezoelectric Devices
• Other polymer materials
• Sensors

To reduce the time, effort, and introduction costs for researchers in the fields of ferroelectrics, piezoelectrics, pyroelectrics, and high-voltage dielectrics, we offer a low-cost testing system utilizing refurbished products, backed by a one-year warranty. The main components, such as LCR meters, impedance analyzers, electrometers, and temperature chambers, are sourced from top manufacturers. Depending on your budget, we can combine refurbished products from these manufacturers to achieve greater cost savings. We provide original software and probes tailored to the user's applications. This system is very simple yet significantly contributes to research and development. *This system (equipment + software + fixtures) is a product developed by researchers (PhD) at Pennsylvania State University in the United States, based on needs they experienced during their own research.

• Other polymer materials
• Piezoelectric Devices
• Other measurement, recording and measuring instruments

<Polymer-based Materials> We have experience evaluating almost all dielectric, ferroelectric, and piezoelectric polymers and possess a database of dielectric and high-voltage test data. We can assist in selecting the most suitable materials for specific applications. *Polymer manufacturers often do not sell in quantities less than 55 pounds (approximately 25 kg), making it difficult to obtain small samples for research and development. Additionally, a lot of paperwork is required before receiving the materials. We sell starting from one film or 50g of powder. Various electroactive polymers (EAP) or electromechanical polymers (EMP) with large displacement response to electric fields, including PVDF, PVDF-TrFE-CFE, or fluorinated elastomers. PVDF, PVDF-TrFE, PVDF-TrFE-CFE & CTFE, and other PVDF copolymers and terpolymers. <PVDF EAP Film> We can provide almost all films available in the market. Ferroelectric PVDF kits of PVDF, P(VDF-TrFE-CFE), P(VDF-TrFE-CTFE), extrusion, solvent cast, oriented PVDF, transparent ITO, speakers, energy harvesting, etc.

• Contract manufacturing
• Other polymer materials
• Piezoelectric Devices

● Direct measurement of other piezoelectric parameters (polarity of the piezoelectric element is also displayed) ● Measurement of piezoelectric materials in various shapes and materials (disk, tube, film, hemisphere, sheet, pressure film, thin film / ceramic, polymer, tourmaline, single crystal, quartz, etc.) ● Easy to operate, no special experience or skills required ● Stable measurements possible even in EMI environments ● Capable of measuring piezoelectric elements up to a maximum height of 80mm ● Measurement of piezoelectric parameters such as d31 and d15 by attaching an adapter ● Data processing possible with PC interface, dedicated software, and various software ● Temperature characteristic unit for d33 meter (optional): wide temperature range -100℃ to 600℃

• Piezoelectric Devices
• Other polymer materials
• Other measurement, recording and measuring instruments