Email : Sales@hata-ndt.com
Case Overview: A client in West Africa needs to inspect the welds of oil pipelines. The pipeline is made of seamless steel pipes with sizes of 16 ", 20", 24 ", and 28". The single wall thickness of the pipeline is 15-19mm, and there is a 3.5mm 3LPE anti-corrosion layer on the outside.
Customer requirement: DR imaging, suitable test fixture, Image quality standard: NB/T47013 Class A, fast and efficient completion of projects.
Composite tube high-precision DR automation detection
Case Overview: The demand customer is a listed enterprise engaged in the research and production of industrial special alloys and bimetallic composite pipe products. The customer has a world-class seamless pipe production line and FFX forming, JCO forming lamp welding pipe production line.
Customer requirement: HATATEST's complete testing system should be able to cooperate with their production equipment to efficiently control the quality of their finished composite steel pipes' compliance and welding effects. The customer's finished steel pipe has a diameter of 219mm-914mm and a length of 6-12.5M.
Case Overview: The client is a manufacturer of pressure gas cylinders. They use pressure vessel steel plates to bend and make the cylinder body and head, and then weld the cylinder body and head together. Because there is pressure inside the gas cylinder itself, it is necessary to strictly control the quality of the weld seam to avoid causing personnel and economic losses.
Customer requirement: HATATEST needs to customize a DR detection system for gas cylinder welds for them. This customized DR detection system can be integrated with their finished product production line to achieve efficient, automated production and quality control.
Case Overview: A certain automotive research institute was commissioned by a new energy vehicle battery manufacturer to contact HATATEST, requesting us to design a solution for internal quality inspection of their new energy vehicle battery panels and manufacture a digital imaging system capable of detecting new energy vehicle battery panels.
Customer requirements:
--Conduct spot checks on the new energy vehicle battery panels they produce
--By using DR imaging to visualize the internal structure of the battery panel
--The software can automatically identify internal defects in the battery board
--The corresponding tooling design can maximize the realization of industrial automation testing
