Production of Biodegradable Plastic for Consumer Goods Packaging by SDK
Showa Denko K.K. (SDK) has announced the production of bio-based biodegradable polyester resin Bionolle™ using bio-derived succinic acid. The new Bionolle can be completely decomposed after use into water and carbon dioxide, where it has been used in compost bags as well as mulch films. Read more
Development of Sensor Modules featuring Industry’s Smallest Micro-Vibration Power Generators
In a collaborative effort among Asahi Glass (AGC), OMRON, Konishiyasu Co. and THHINK Wireless Technologies JAPAN LTD, AGC has announced the development of sensor modules which are equipped with world’s smallest micro-vibration power generation. The new sensor technology would eliminate any needs for wiring to supply electric power to the sensor unit as well as any needs for battery replacement and other type of maintenance issues, due to the fact that the new sensor’s power requirement is generated through its small-sized power generator based on micro-vibration power generation converting small vibration into electrical energy. Read more
Release of “ActiveFlow” System offering Industry’s lowest Argon Gas Consumption
SII Nano Technology Inc. (SIINT) has announced the release of “ActiveFlow” system for ICP-OES (Inductively Coupled Plasma – Optical Emission Spectrometer) and ICP-AES (Inductively Coupled Plasma – Atomic Emission Spectrometer). The new SPS3500 series achieves world’s lowest Argon gas consumption. The ICP-OES is capable of measuring the impurity in liquid samples in the order from ppm (parts per million) to ppd (parts per billion) order. This instrument is used in various applications, including metal, ceramic, petrochemicals, medicine, agriculture as well as environment. Read more
World’s Highest Solar Cell Conversion Efficiency of 43.5% using Concentrator Triple-Junction Compound Solar Cell
Sharp has announced the biggest breakthrough in solar cell conversion efficiency by development of concentrator triple-junction compound solar cell. The compound solar cells uses photo-absorption layers which are made of compounds consisting of two or more elements, such as indium and gallium, helping to boost the conversion efficiency to 43.5%. The triple-junction compound solar cell basic structure is based on Sharp proprietary technology providing efficient stacking of the three photo-absorption layers, with InGaAs (Indium gallium arsenide) as its bottom layer. The high conversion efficiency has been achieved through conversion of sunlight collected by three photo-absorption layers into electricity. Read more
Development of Leoflex, a Chemically strengthened Glass for Solar Panels by Asahi Glass
Asahi Glass has unveiled Leoflex™, a chemically strengthen specialty glass offering weight reduction in wide variety of applications, including solar panels, building materials as well as lighting. Read more
Development of Triple Cycle Power Generation System by Mitsubishi Heavy Industry
Mitsubishi Heavy Industry has announced the development of a basic technology for a triple combined cycle power generation system. The new technology will combined the solid oxide fuel cells (SOFC) and a gas turbine combined cycle (GTCC) power generation system. In the new system the SOFC power generation system is placed before the GTCC system. Read more
Development of Highly Reliable Electric Double-Layer Capacitors for Power Supply Backup Application
Murata Manufacturing has announced the mass production of the DMG Series of highly reliable electric double-layer capacitors which has been designed exclusively for SSD backup applications. The new series offers a low resistance and excellent long-term reliability at high temperatures all with in a super thin package. The low ESR (equivalent series resistance) of 70 milliohm to 130 milliohm enables a high current and high output charging and discharging. Read more
Development of High Reliability SMT Type Inductors for Automotive Electronics
TDK has released a new SMT type inductors offering 30% more saturation current than standard series type. The saturation current for the new inductor is between 1.05 A to 38.0 A at inductance values from 0.82 to 1000 uH. Also, the DC resistance is between 5.0 milliohm and 1.35 ohm. The new inductors come in a footprint of 12.5 x 12.5 mm2 and a maximum insertion height of 8.5 mm. They feature magnetic shielding, making possible to place the inductors in direct proximity to other components on circuit board. With operating temperature of between -55 to +150 degrees Celsius, the new B82477R series of inductors can satisfy the rigorous requirements of automotive electronics and are qualified to AEC-Q200. Read more
Development of Revolutionary Ball Bearing Design Helping to Reduce Rotational Torque by 80% in Automotive Transmission System
NTN has announced the development of “Self-formed Seal Torque Deep Groove Ball Bearing “ for automotive transmission, capable of reducing rotational torque by up to 80% through self-forming minute gaps, helping to reduce fuel consumption while reducing CO2 emissions. The new ball bearing features a newly developed seal that self-forms minute gaps between the inner ring and seal. The end of the seal which comes in contact with the inner ring is of non-contact type seal which cannot be manufactured using machining or molding processes, as these seals form minute gaps at the initial stages of bearing operation. Read more
Development of a New LED-Based Cultivation Method for Increase the Amount of Harvest
Show Denko K.K. (SDK) and Yamaguchi University have jointly developed a LED-based cultivation method for plant growth facilities, which significantly shortens the shipment cycle while increasing the amount of harvest through the irradiation of light which has been optimized for plant growth. The choice of Led lighting is mainly due to its narrow wavelength range enabling selective irradiation of light with suitable wavelengths resulting in efficient cultivation of plants. SDK has developed a specialized LED chips capable of emitting red light with wavelength of 660 nm, with highest luminous efficiency in the world according to SDK. Read more
