The production method of the battery separator was studied in this paper.
本论文对电池隔膜纸的生产加工工艺做了一定的研究。
Daramic is committed to delivering unsurpassed expertise in advanced battery separator technology.
戴瑞米克公司还致力向高端蓄电池隔板技术领域提供卓越的专家技术方案。
Multi-layer, microporous polyolefin membrane, its production method, battery separator and battery.
多层微孔聚烯烃膜，其制备方法，电池隔板和电池。
There are few reports about the research of EVOH non-woven membranes, especially in battery separator.
目前对聚乙烯-乙烯醇电纺的研究在国内外少见报道，尤其在对电池隔膜方面的研究更为少见。
This paper introduces some new kinds of nonwoven battery separator materials by describing separator materials structure as...
本文通过对隔膜产品的结构、性能描述，结合目前国内状况介绍了几种新型非织造电池隔膜材料。
Manufacturer of fiberglass tissue, including roofing mat, FRP surfacing mat, pipe wrap mat, facing tissue, battery separator mat etc.
玻璃纤维毡生产商，包括屋面毡，玻璃钢表面毡，管道毡，贴面毡，蓄电池隔板毡等。
Radiation induced graft copolymerization of functional monomers onto polymeric membrane is an important method for battery separator preparation.
电池隔膜的制备方法有许多种，其中聚合物膜辐射引发接枝功能型单体是电池隔膜制备的重要手段之一。
The paper described modification of Polyolefine paper with acrylic acid induced by plasma. Grafted Polyolefine paper can be used as battery separator.
采用等离子体对聚烯烃合成纤维纸改性后，进行丙烯酸接枝，使之适用于电池隔膜。
The utility model discloses a folding storage battery separator, relating to a separator for separating a positive polar from the negative polar for a storage battery.
本实用新型折叠式蓄电池隔板涉及的是一种适用于蓄电池正负极隔离的隔板。
This paper deals with the application and process of water soluble PVA fiber as dry-strength agent in battery separator paper, printing paper, package, cigarette plug paper.
介绍了PVA水溶纤维作为增强剂在电池隔膜纸、印刷用纸、包装纸、嘴棒成型纸中的应用及工艺流程；
Celgard has the broadest portfolio of products available in the lithium battery separator industry, designed to meet the needs of battery cell manufacturers and their customers.
有产品在锂电池隔膜产业设计，以满足电池制造商和他们的客户的需求，提供最广泛的产品组合。
This paper introduces some new kinds of nonwoven battery separator materials by describing separator materials structure as well as properties, with domestic situation presently.
本文通过对隔膜产品的结构、性能描述，结合目前国内状况介绍了几种新型非织造电池隔膜材料。
Heating and burning will melt the battery separator, causing loss of protection function or burning of electrolyte and overheat will cause heating, smoking, deformation or burning of batteries.
加热和焚烧电池将会造成电池隔离物的融化、安全功能丧失或电解质燃烧，过热就会使电池发热、冒烟、变形或燃烧。
These thin bilayer films are layered onto both sides of a piece of ordinary paper, which serves as both the structural support of the battery as well as the electrode separator.
这些很薄的双层薄膜放在普通纸张的两面，纸张既是电池的支撑结构，同时也起到分离电极的作用。
Electrode materials, electrolyte and separator are important parts of lithium-ion batteries, which can influence the performance of battery directly.
电极材料、电解质和隔膜是锂离子电池重要组成部分，直接影响电池的性能。
The results indicated that the battery assembled by thinner separator was susceptible to dendrite short circuit.
结果表明：隔板较薄的电池容易产生枝晶短路。
An assembling proportion tests proved that if AGM used as separator, the pack assemble was one of the important ways to increase battery life.
装配比试验证明，胶体电池若选用AGM隔板，紧装配同样是延长蓄电池寿命的重要措施之一。
The battery includes a cathode and an anode oppositely arranged with a separator in between, and an electrolytic solution.
该二次电池包括对置的正极和负极，正极和负极之间的隔膜，以及电解液。
A process based on physical methods to separate the components of spent Li-ion battery, such as LiCoO2, copper-aluminum foil, separator and electrolyte, was described.
提出了一种基于物理方法把废旧锂离子电池的成分，包括钴酸锂、铜铝箔、隔膜和电解液等分离的方法。
The separator of alkaline manganese battery was manufactured by using PVA water soluble fiber, cotton pulp and synthetic fiber in this paper.
介绍了PVA水溶纤维作为增强剂在电池隔膜纸、印刷用纸、包装纸、嘴棒成型纸中的应用及工艺流程 ；
The invention discloses a lithium iron phosphate li-ion battery, comprising an anode, a cathode, a separator, an electrolyte and a battery shell.
一种磷酸铁锂锂离子电池，包括正极、负极、隔膜、电解液与电池外壳。
In a separator failure, that same kind of short happens inside the lithium-ion battery.
当隔板失效时，同样的短路会在锂离子电池内部发生。
As an important factor affecting the performance of the battery, the research and production of separator is very important.
隔膜作为影响电池性能的重要因素之一，高性能隔膜纸的研究和生产显得尤为重要。
In the early 1920's, the battery industry's first "non wood" separator appeared.
早在本世纪二十年代，蓄电池工业用的首批“非木质”隔板就出现了。
In the early 1920's, the battery industry's first "non wood" separator appeared.
早在本世纪二十年代，蓄电池工业用的首批“非木质”隔板就出现了。
应用推荐