This paper introduces the rehabilitation procedure of PE lined pipeline and stresses on quality control requirement of PE pipe heat melting welding.
文章介绍了内衬PE管修复技术的施工程序，强调了PE管道热熔焊接质量控制要求。
Teflon - lined pipe, casing, elbow, the three exchanges or four, size head, cylinder, air compressor - oxygen - ring, gasket seal ring and auto parts.
聚四氟乙烯内衬直管，套管，弯头，三通，四通，大小头，筒体，空压机-制氧机-活塞环、密封圈和汽配封圈。
Steel pipe is the most common, but fiberglass pipe, cement-lined steel pipe, and flexible plastic pipe are also used.
出油管线最普遍地由钢管组成，不过也使用玻璃纤维管、水泥衬里钢管以及柔性塑料管。
In order to strengthen the corrosion-resistant performance of the lined steel pipe, this paper carries on the study of the ceramic and stainless steel double-layer lined steel pipe.
为了进一步加强内衬钢管的耐腐蚀性能，本文进行陶瓷不锈钢双层内衬钢管的研究。
The thermal stress distribution of the stainless steel lined composite steel pipe prepared by centrifugal-SHS process was calculated by the finite element method under thermoelastic assumption.
用有限元方法计算了铝热离心法制备不锈钢内衬复合钢管过程中的残余热应力分布。
Glass based ceramic lined steel pipe without compression crack was made by a SHS centrifugal process.
用自蔓延离心法制备了无压裂纹的玻璃基陶瓷内衬钢管。
The factors which influenced the stability of steel-lined reinforced concrete pipe with stiffener rings are discussed.
对影响带有加劲环的内衬钢管的稳定因素作了讨论。
Products for stainless steel lined composite pipe.
拳头产品为不锈钢衬里复合管。
The microstructure and composition distribution of the iron-nickel alloy lined layer in a composite steel pipe produced by centrifugal-SHS process were investigated.
研究了铝热 -离心法制备的铁镍基合金内衬复合钢管的组织结构 ，分析了内衬层沿径向的成分分布。
The microstructure and composition distribution of the iron-nickel alloy lined layer in a composite steel pipe produced by centrifugal-SHS process were investigated.
研究了铝热 -离心法制备的铁镍基合金内衬复合钢管的组织结构 ，分析了内衬层沿径向的成分分布。
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