Export of Australian new LED bulbs and nightlights will be compulsory certification

Recently, the Australian/New Zealand Bureau of Standards issued AS/NZS4417.2: 2012 Amendment Standard for Electrical and Electronic Products Compliance Marks Fourth Revision A4:2017. The revision expands the list of controlled products, reclassifies the security level of some products, and updates the definition of some products. It is worth noting that this revision will be LED bulbs, the night, the Australian / New Zealand Standards Agency released AS / NZS4417.2: 2012 electronic and electrical products compliance mark standards fourth edition revised standard A4: 2017. The revision expands the list of controlled products, reclassifies the security level of some products, and updates the definition of some products. It is worth noting that this revision will add six types of products, such as LED bulbs and nightlights, to the scope of compulsory certification products. The standard stipulates that from June 1st, 2018, LED bulbs and nightlights entering the Australian market must first apply for a mandatory safety certificate (SAA certification). It is reported that SAA Australia International Standards Corporation is the only standard certification body in Australia. Regardless of whether it is imported or assembled in Australia, before entering the Australian market, it must first pass the certification of Australian International Standards. Thanks to the mutual recognition agreement between Australia and New Zealand, all Australian certified products can be successfully entered into the New Zealand market. There are two main types of SAA logos, one is formal approval and the other is standard. Formal approval is only responsible for the sample, and the standard mark is subject to factory inspection. The expansion of the Australian safety compulsory certification product range will greatly increase the production and testing costs of the company. Once the product quality is not up to the standard requirements, it will be subject to economic losses due to the spot check and notification by the Australian market. It is understood that electric light source and lighting products belong to key export products in Shaoxing, involving more than 100 export enterprises, with an annual output value of more than 600 million US dollars. In recent years, Shaoxing exported LED products due to foreign technology trade barriers and returned cases gradually increased, the reasons for returning products related to product certification, energy efficiency label, origin identification. In response to the new policy introduced by Australia and New Zealand, Shaoxing Inspection and Quarantine Bureau reminded relevant lighting manufacturers to export to Australia: we should pay attention to the revision of the standards for electrical and electronic products in Australia, study and study the new standards, and do a good job in dealing with technical trade measures. To improve the quality of self-inspection and self-control of product quality, in the quality management, good raw materials, production safety and export inspection, use raw materials and parts that meet the standard requirements; find professional third-party institutions for testing and certification, According to the standards of the importing country, the early detection and check-outs should be prepared before the end of the transition period. (

Brazed Plate Heat Exchanger

The brazed Plate Heat Exchanger (BPHE) is a type of heat exchanger construction in which metal plates with flat surface offer an effective and efficient method of heat transfer. These plates are joined together by brazing (mainly copper), typically stainless steel. Due to the close contact between the two surfaces, there is a very high heat transfer coefficient, leading to a low overall unit size. They therefore provide much greater efficiency than a Shell And Tube Heat Exchanger.



Brazed Plate Heat Exchangers are widely used in air-conditioning and refrigeration, power generation, and other process applications. For example, within a cooling cycle, a BPHE can be used to transfer heat from one fluid to another. Typical fluids in such coils and systems are either glycol or water. In a power system, a BPHE can be used to cool oils, recirculating lubricants, fuels, and other fluids.



The major advantages of BPHE are their compact size, efficient heat transfer and minimal pressure loss. BPHEs also have low maintenance requirements and a long service lifetime. Furthermore, because of their flat surface design, BPHEs have no patterns or turns and thus lower energy costs and minimize fouling. Finally, the material used in BPHEs makes them resist to corrosion and heat, making them ideal for high temperature and hostile environments.

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