价值工程
價值工程
개치공정
VALUE ENGINEERING
2014年
2期
319-320
,共2页
铸造%酚醛树脂%交联剂
鑄造%酚醛樹脂%交聯劑
주조%분철수지%교련제
foundry%phenolic resin%cross-linking agent
本文重点对树脂砂交联剂的类型和加入量进行了系统深入的研究。在实验中,以试样抗压强度为主要考察目标,考察了氢氧化钾、硅烷、硼砂加入量对试样抗压强度的影响,获得了交联剂加入量的最佳配比,制成了可用于生产的粘结剂。
本文重點對樹脂砂交聯劑的類型和加入量進行瞭繫統深入的研究。在實驗中,以試樣抗壓彊度為主要攷察目標,攷察瞭氫氧化鉀、硅烷、硼砂加入量對試樣抗壓彊度的影響,穫得瞭交聯劑加入量的最佳配比,製成瞭可用于生產的粘結劑。
본문중점대수지사교련제적류형화가입량진행료계통심입적연구。재실험중,이시양항압강도위주요고찰목표,고찰료경양화갑、규완、붕사가입량대시양항압강도적영향,획득료교련제가입량적최가배비,제성료가용우생산적점결제。
This paper focuses on the type of cross-linking agent and the amount of system-depth study. In the experiment, the compression strength of the sample is the main target in test. Inspected the joined amount of the potassium hydroxide, the silicon hydride, the borax to the sample compressive strength influence,and obtained the best joined quantity of allocated proportion, it has made the cementing agent which can be used in produce.