Synthesis of furan resin with high strength and weak smell for foundry;
铸造用高强度低气味呋喃树脂合成工艺
Study on novel furan resin with high bonding strength;
高粘结强度新型呋喃树脂的研制
Mechanical properties and applications of furan resin concrete;
呋喃树脂混凝土的力学性能及其应用
A study of no-bake furane resin sand technological properties;
自硬呋喃树脂砂工艺性能研究
Through the analysis of the causes of furane FRP internal lining of knock-out drum V209 and laboratory testing of several linings, the acid-resistant ceramic bricks lined with YJ furane resin daub was selected as the internal lining for the drum.
通过对V2 0 9罐“六布八油”呋喃玻璃钢内衬失效原因分析 ,和对几种内衬方案的实验室浸泡试验 ,最后选出用YJ呋喃树脂胶泥贴耐酸瓷砖作为V2 0 9罐内壁的防护
Shell carbon black can be used to modify furane resin for significantly enhancing its electrostatic resistance and impact resistance,so that it is of greater suitability value.
采用谢尔炭黑改性呋喃树脂,能显著提高其抗静电、抗冲击性能,具有较大实用价值。
when producing ductile castings with furan resin sand, the C and S resulted from decomposition of resin and catalyst penetrated into molten iron and caused large quantities of fine flake and dot-shaped supercooling graphites in some areas of the casting which are appearing as dark color defects on the machined surfaces.
采用呋喃树脂砂型铸造球铁件时,由于树脂和硬化剂分解产生的C、S渗入铁液使铸件表层局部区域形成大量密集的细片状和点状过冷石墨,这些区域加工表面上呈灰暗色。
The reason causing nodularization degeneration in surface layer of furan resin sand nodular iron castings was analyzed.
对呋喃树脂砂球墨铸铁件表层球化衰退原因进行了分析。
The variaion pattern of solidification of furan resin sand with the addition of solidifying agents is inquired experimentally and the relationship of proper additive amount of solidifying agents to the temperatures of sand and environment.
通过试验探讨了呋喃树脂砂中固化剂随温度变化的规律 ,得出固化剂的加入量随砂温和环境温度变化的关系式 。
By improving equipment and arranging technical process properly, we enable specific products to strip within 3 minutes from normal 15~45 min by using furan resin technology.
通过实践,使特定产品使用呋喃树脂工艺的起模时间由常规的15~45min变成了3min,从而大大提高了生产效率,实现了大批量产品的机械化、自动化生产。
furan resin-acid catalyst system
呋喃树脂-酸催化剂体系
Technical specification for anticorrosion engineering of furan resin
呋喃树脂防腐蚀工程技术规程
The Research of Substitute Materials of Furfuryl Alcohol in Casting Furan Resin;
铸造用呋喃树脂糠醇代用材料的研究
The Study on Creep Behavior of FRP Rebar Reinforced Furan Resin Concrete;
FRP筋呋喃树脂混凝土蠕变性能研究
Study and Application of Low nitrogen and Low phenol Furan Resin;
低氮低酚冷硬呋喃树脂的研究与应用
Present Status of Furan Resin and its application in resin sands
呋喃树脂及其在树脂砂中应用的研究进展
Research on the Modification of Furan No-Bake Foundry Binds;
铸造用自硬呋喃树脂粘结剂的改性研究
Practice and Research of Box Section Shape and Thin Wall Steel Castings with Furan Resin Sand;
呋喃树脂砂生产薄壁箱体铸钢件的实践与研究
A Study of the Mechanical Properties of Fiber Reinforced Furan Resin Concrete;
纤维增强呋喃树脂混凝土的力学性能研究
Study and Application of Chilled Non-nitrogen and Non-phenol Furan Resin Sand;
无氮无酚冷硬呋喃树脂砂的研究与应用
Influence of Paratoluene Sulphonic Acid-hardened Furan Resin Sand on the Surface Layer Microstructure of Nodular Iron Castings
磺酸硬化呋喃树脂砂对球铁件表层组织的影响
The analysis of the pyrolysis structure of B_4C modified furan resin using FT-IR spectroscopy
B_4C改性呋喃树脂在高温热裂解后的红外光谱分析
Technology Analysis and Quality Control of Large-Size Iron Casting with Furan Resin-Bonded Sand
用呋喃树脂砂生产大型铸铁件的工艺分析与质量控制
Toluene Sulfonic Acid(TSA) Hardening Furfural Resin-bonded Sand on the Surface Microstructure of Ductile Iron
对甲苯磺酸硬化呋喃树脂砂对球铁件表层组织的影响
This paper has looked back resin sand development course, Fu Nan resin test , have determined mould and core sand technology in crankshaft casting;
本文回顾了树脂砂发展过程,对呋喃树脂自硬砂进行了试验,确定了曲轴型芯砂工艺;
Fumo plastic, white latex, pressure, urine aldehyde plastic, ethanol diluted materials, construction plastic, strong plastic, Shuangzufen plastic, furan resins such as plastic manufacturing.
复膜胶、白乳胶、压敏胶、尿醛胶、乙醇稀料、建筑胶、大力胶、双组份胶、呋喃树脂胶等类制造。
Study on Template Synthesis of Silica Nanotubes and Modified Urea-formaldehyde Furan Resin of Carbon Nanotube
碳纳米管模板法制备二氧化硅纳米管及其改性脲醛呋喃树脂的研究
Analysis on the Use Mistake of Furan Resin No-Bake Sand
呋喃自硬树脂砂工艺使用误区的分析
本站部份资料来自网络或由网友提供,如有问题请速与我们联系,我们将立即处理!
Copyright © 2013-2024 杭州优配网络科技有限公司 All Rights Reserved 浙ICP备20019715号
免责声明:本站非营利性站点,以方便网友为主,仅供学习。合作/投诉联系QQ:1553292129