水基切削液配方与基础性能数据

开发了一系列高降解率的环保型水基金属切削液，并对其基础性能进行了检测，切削液的配方组成信息和基础性能的定量检测数据构成了本数据库文件。本数据集来源来自清华大学实验室（地点：北京）进行切削液配方开发的过程中提取出来的最优化数据，其基础性能数据在清华大学天津高端装备研究院润滑技术研究所（地点：天津）的测试实验室、采用润滑所建立的金属加工液测试平台的设备进行测试和获取，测试设备包括SRV磨损磨损试验机、四球试验机、泡沫测试仪、pH测试仪等，测试方法所依据的标准包括GB/T 6144 合成切削液、GBT 12583-1998 润滑剂极压性能测定法(四球法)等，实验室还针对性建立了模拟实验方法，如参考JB/T 4323.2-1999 水基金属清洗剂 试验方法建立的硬水稳定性测试方法，参考科学论文建立的电偶缓蚀（铸铁-7075铝）实验方法等。数据量为0.15MB。A series of eco-friendly water-based metal cutting fluids with high biodegradability were developed, and their basic performance was tested. The formulation compositions and quantitative test data of the basic performance of these cutting fluids constitute this database file. This dataset is derived from the optimized data extracted during the cutting fluid formulation development process in the laboratory of Tsinghua University (Beijing, China). The basic performance data were tested and obtained in the testing laboratory of the Institute of Lubrication Technology, Tianjin Advanced Equipment Research Institute of Tsinghua University (Tianjin, China), using the equipment of the metalworking fluid testing platform established by the institute. The testing equipment includes SRV wear testing machine, four-ball tester, foam tester, pH tester, etc. The test methods are based on standards including GB/T 6144 Synthetic Cutting Fluids, GB/T 12583-1998 Standard Test Method for Extreme Pressure Performance of Lubricants (Four-Ball Method), etc. The laboratory also established targeted simulation experimental methods, such as the hard water stability test method developed by referencing JB/T 4323.2-1999 Test Methods for Water-Based Metal Cleaners, and the galvanic corrosion inhibition experimental method (cast iron-7075 aluminum) developed by referencing scientific papers. The size of this dataset is 0.15 MB.

搜集汇总

背景与挑战

背景概述

该数据集包含高降解率环保型水基金属切削液的配方组成信息和基础性能定量检测数据。数据来源于清华大学实验室的配方开发过程以及清华大学天津高端装备研究院的测试实验室，采用标准测试方法如GB/T 6144和四球法，涉及SRV磨损试验机等设备进行性能评估。