史密斯公司(FLSMIDTH)

国内外常用浮选机综述及其设计选型中应注意的问题陈名洁;尤腾胜;孙明俊;罗良烽【摘要】主要介绍了国内外常见浮选机各自的特点以及在工业中的应用情况,从设计选型角度提出了应注意的问题.【期刊名称】《中国矿山工程》【年(卷),期】2018(047)002【总页数】5页(P31-35)【关键词】浮选机;机械搅拌式;充气式;选型【作者】陈名洁;尤腾胜;孙明俊;罗良烽【作者单位】中国恩菲工程技术有限公司,北京100038;中国恩菲工程技术有限公司,北京100038;中国恩菲工程技术有限公司,北京100038;中国恩菲工程技术有限公司,北京100038【正文语种】中文【中图分类】TD4561 前言在选矿工艺中，浮选是最为重要亦是应用最为广泛的工艺，而浮选工艺中浮选机是应用最多的选矿设备。

进入21世纪以来，大型化和高效化成为浮选设备最为显著的特点。

目前，国内浮选机厂家应用比较广泛的以北京矿冶研究院为主，国外的常用浮选机厂家主要以Outotech、FLSmidth及Metso等为代表。

浮选机的种类从充气方式来说，可分为机械搅拌自吸式浮选机和机械搅拌外充气式浮选机。

从工程设计角度考虑，对于充气量不大的易选浮选工艺，可选用机械搅拌自吸气的浮选机；中、小型选矿厂比较适宜采用配有吸浆槽的机械搅拌充气式浮选机或者机械搅拌自吸气浮选机；而对于大型、特大型选矿厂浮选流程中的粗扫选作业，则比较适宜选用机械搅拌外充气式浮选机[1]。

2 机械搅拌外充气式浮选机机械搅拌外充气式浮选机配有机械搅拌装置，同时还需要利用鼓风机强制鼓入空气。

其搅拌装置主要起气流分布和矿浆搅拌的作用，通过外部风机强制压入空气，矿浆充气和矿浆搅拌是各自独立的。

与机械搅拌自吸式浮选机比，其优势主要表现为：可根据需要调节充气量且易于操作，可有效提高浮选机的选别指标，还能提高浮选机的处理能力；因其独特的叶轮不吸气的原因，叶轮的转速慢、磨损和安装功率低；对于易脆性矿物不容易泥化；其最大的缺点是需额外配置鼓风机为其吹入空气[2]。

2024年球磨机市场分析现状1. 引言球磨机是一种广泛应用于矿山、冶金、化工等行业的设备，用于对矿石等原料进行粉碎和混合。

本文将对球磨机市场进行分析，包括市场规模、市场竞争情况、发展趋势等方面。

2. 市场规模目前，球磨机市场规模较大。

球磨机的应用范围广泛，包括金属矿石、非金属矿石等的粉碎和混合处理。

随着工业化进程的加快，球磨机需求量逐步增加，市场规模也在不断扩大。

据统计，截至2020年底，全球球磨机市场规模超过500亿美元。

3. 市场竞争球磨机市场竞争相对激烈，主要品牌包括FLSmidth、Metso等。

这些公司凭借自身技术优势和广泛的市场渗透率，占据了大部分市场份额。

此外，一些本土企业也在球磨机市场上崭露头角，通过技术创新和价格优势，逐渐扩大市场份额。

4. 市场发展趋势球磨机市场的发展趋势主要体现在以下几个方面：•技术创新：随着科技的进步，球磨机技术也在不断创新。

例如，新型的高效球磨机在节能和产能提升方面具有显著优势，将逐渐取代传统球磨机。

•自动化程度提升：自动化是球磨机市场的发展方向之一。

自动化设备的应用可以提高生产效率、降低人力成本，并减少人为操作误差带来的安全隐患。

•环保要求提高：环保意识的提高对球磨机市场产生了积极的影响。

新型球磨机在减少粉尘和废气排放方面具有优势，将受到市场的青睐。

•行业需求多样化：不同行业对球磨机的需求差异较大，例如矿山行业对球磨机的需求更加注重稳定性和耐用性，而化工行业对球磨机的需求则更加注重产品质量和粉磨细度的控制。

因此，球磨机企业需要根据不同行业的需求，研发和生产不同类型的球磨机。

5. 总结综上所述，球磨机市场规模较大，市场竞争激烈。

未来球磨机市场将面临技术创新、自动化程度提升、环保要求提高和行业需求多样化等趋势。

球磨机企业需不断创新，提高产品质量和技术含量，以适应市场的发展需求。

浅析“智慧港口”背景下散货堆场的自动堆取料系统堆装队高玉军随着自动化控制和通讯技术的不断发展，各个行业的自动化程度也越来越高，运输物流业激烈的市场竞争要求企业本身不断提高自身的综合竞争力，一方面是通过企业流程再造规范化管理，另一方面就是改变传统工艺模式，提高自动化的程度，降低人力劳动成本，提高企业的效率与效益。

集团在“智慧港口”建设发展规划中的“智能化干散货码头建设板块”中，实现干散货码头设备的运行自动化是关键一环。

下面分三部分浅要分析自动化堆取料系统的初步构建设想。

一、与国内外发展情况对比的现状分析斗轮堆取料机是一种新型的高效、连续装卸机械，国内生产的堆取料机的控制方式主要还是在手动及半自动化控制阶段，主要是基于PLC的单机控制工作，主要的控制需要操作人员手动操作来完成，青岛港董家口10500/6000t/h型斗轮堆取料机是由青岛港机公司研究制造，操作模式也仅是靠人工对斗轮堆取料机进行准备、操作、监视等来完成矿石的堆料、取料任务。

同发达国家相比，存在一定差距。

国内外已有全自动控制系统的散料运转设备的应用案例与系统的解决方案。

国外案例：2007年在鹿特丹码头使用了6台全自动控制的堆取料机，对于码头管理人员只需要输入散料的进出信息，所有工作将由控制系统高可靠的顺利完成。

2011年汉堡港中的煤炭、铁矿石的卸船作业中，借助德国iSAM公司中的抓斗卸船机自动化系统，用三维激光扫描仪识别船只、舱口、散料，率先实现世界上首个散料卸船作业的全自动化操作。

德国LASE公司提供基于三维扫描仪加LASE CEWS应用软件的料堆测量系统解决方案，其测量速度快，可知15分钟内完成一个大型散货堆、煤堆（100米）的测量，测量精度高，系统相对误差＜0.3%。

国内案例：国内近十年来也有不少关于堆取料机单机自动化、全自动散货堆场堆取工艺方法的发明专利、科研论文等，但是真正应用到实际生产中的寥寥无几。

其中2007年上海罗泾港区在ABB本土定制的自动化解决方案下，通过在卸船机上安装ABB三维激光扫描仪，自动完成物料从卸船、堆取和装船，实现了物料自动散货码头，目前应用情况不详。

9月中旬，Fons在丹麦看到一篇文章，并翻译成了英文。

中文大致如下，供参考。

当所有的外国人都告诉说FLS应该离开中国时，在很短的时间里，FLS曾有过不再回到中国的打算。

但，最终还是坚持了下来。

Mr. 安德斯比克，50岁，2010年到中国就任。

负责FLS公司承接的项目外包到中国和在中国本地的生产与销售，还管理着FLS在印度亲奈的工程公司。

中国FLSmidth有400名雇员，115人工作在北京，其中4个丹麦人。

上海办事处有20名员工，其余的在青岛加工厂。

“我在中国的工作就是，向公司和全球领导层汇报这里的情况，确定我们的预期值和可能性，让所有参与者一起向前进取。

”FLS的2008年战略之一——“在中国成为有竞争力的参与者”目标：在中国能生产和销售其所有的核心产品，如果做不到这一点，也就无法保证FLS在世界其他地区能卖出自己的产品。

中国人已经把原有的竞争版图颠覆，并改变了游戏规则。

必须在中国竞争，以保持持续在世界的其他地区竞争力；无论你是处于哪个行业，你都不得不与中国人进行对标；他来北京要做的一件事，就是把不同业务单元流程化，并把所有在北京的员工移到一个集中的办公室，这样的话，员工们就可以方便的与其他部门一起协同工作了，毕竟他们常常是为同一个顾客工作。

FLS青岛加工厂的设施，此刻正在扩大至三倍的规模。

所以，以中国的成本水平生产水泥和矿业的设备，是完全可能的。

FLS通过其美国的公司Krebs在上海合资成立一个加工厂。

“在中国生产的设备必须达到FLS的质量水平，若不坚持这一点，我们只能止步于价格竞争，而这样的竞争我们不可能在中国取胜。

”在中国生产的目的是缩短供应链，并发展所谓的“轻量化”版的产品，以抓住金融危机之后所呈现的“中档”需求的市场。

因此，以精细的零件和其他附加值为特征的高端产品不再拥有更大的市场空间了。

我们只能一次性地加入毛利，因为市场已经不可能接受在供应链上的各个环节多次复计的毛利——我们以前的做法。

FLSmidth-Pfister Seminar 史密斯菲斯特技术培训会 Maintenance on DRW Feeders DRW转子秤的使用维护 转子秤的使用维护October 2011 by Peter NorekAGENDA Maintenance SeminarTopics Part 1:FAQ - Frequently Asked Questions 常见问题 Erection and Installation 设备安装 Preventive Maintenance – Part 1 定期维护 1Topics Part 2:Preventive Maintenance – Part 2 定期维护 2 Condition Based Maintenance 视情维护 Wear and Repair 磨损与修复OUR SERVICE PHILOSOPHY 我们的服务理念 Our support does not end at the sale of the equipment but it’s the beginning of a long-term partnership with our common target 设备移交并不是我们服务终点， 设备移交并不是我们服务终点，恰恰是长期服务的起点 maximum equipment efficiency at low operating costs我们共同的目标是：用最小运行成本，让设备产生最大的效益。

我们共同的目标是： 让设备产生最大的效益。

high customer satisfaction due to reliable feeder equipment客户的满意来源于设备的可靠性 客户的满意来源于设备的可靠性adequate reaction-time and fair prices 反应及时且价格合理Maintenance SeminarFAQ - Frequently Asked Questions: 常见问题Q1: Early wear / tear on sealing plates / cellular wheel 转子、 转子、密封板易磨损 Q2: Early wear / tear on blow out nozzle / drive belt 出料头、皮带易磨 出料头、 Q3: Feeding constancy 喂料的稳定性 - Coal powder feeding is not stable 下料不稳 - Sometimes feeding of coal powder break off 有时断料 - Fluctuation of rotor load 转子负荷的波动 (e.g. aeration problems, broken axial compensator and check valves 例如：助流系统故障，金属膨胀节破损，单向阀问题等 例如：助流系统故障，金属膨胀节破损，单向阀问题等) Q4: DRW sometimes jams 有时卡秤 Q5: Shut off gate could not be closed completely 闸板阀不能完全闭合 This sign in the presentation gives you the indication that this slide is related to question no. in the triangle这个标志指示：幻灯片里，对应上面问题的序号在三角型里。

FLS LubricantsKey to lubricantsDescription of lubricants and safety instructionsApproved date: 3 Mar 2009Created by: BKApproved by: AODoc. No.: 36501-11-9.0FLS Lubricants36501-11-9.02/64 The information transmitted by this document is the proprietary and confidential property of FLSmidthand may not be duplicated, disclosed or utilized without written consent from FLSmidth.List of contentsPage:1 General information (3)1.1 Key to lubricants .........................................................................................................................3 1.2An overview of the appendices ......................................................................................................3 1.2.1 General and specific application of oil and grease..............................................................3 1.2.2 Key to oil company products ..........................................................................................3 1.2.3 Conversion table...........................................................................................................4 1.2.4 Changes ......................................................................................................................4 1.3 Normative references...................................................................................................................4 1.4 Definitions and abbreviations ........................................................................................................5 1.5Legend (5)2 Use of the key to lubricants (5)2.1 The users ...................................................................................................................................5 2.2 The characteristics of a type of lubricant.........................................................................................5 2.3 The specification of lubricant.........................................................................................................5 2.3.1 The specification of standard lubricants ...........................................................................5 2.3.2 The specification of special lubricants ..............................................................................5 2.4 Writing style ...............................................................................................................................6 2.5Factory filling (6)3 Safety (6)3.1 Personal safety............................................................................................................................6 3.1.1 Health and safety instructions ........................................................................................6 3.1.2 Personal protective equipment........................................................................................6 3.2 Safety to equipment.....................................................................................................................6 3.2.1 Oil cleanness................................................................................................................6 3.3 Special products..........................................................................................................................7 3.4 Storage of lubricants....................................................................................................................7 3.5 Cleaning of machines ...................................................................................................................7 3.6Disposal of waste lubricants (7)4 Grease (7)4.1Compatibility (7)5Synthetic lubricants (8)5.1 General notes..............................................................................................................................8 5.2 Polyalphaolefin (PAO)...................................................................................................................8 5.3Polyglycol (PG) (8)6 Appendices (9)6.1 Introduction table to appendix 1....................................................................................................9 6.2 Appendix 1. General application of oil and grease ..........................................................................10 6.3 Appendix 2. Key to oil company products......................................................................................48 6.4 Appendix 3. Conversion table......................................................................................................62 6.5 Appendix 4. Revision of product or lubricant type in the key to lubricants.........................................62 6.6Appendix 5. Status on information from oil company (64)FLS Lubricants 36501-11-9.0The information transmitted by this document is the proprietary and confidential property of FLSmidth3/64and may not be duplicated, disclosed or utilized without written consent from FLSmidth.Note of DisclaimerReference by FLSmidth to any of the International or National Norms and Standards, i.e. ISO, EN, DIN, BS, etc., does not incur an obligation on FLSmidth to provide any receiver, reader or user of this Manual with samples or copies of the said Norms and Standards.Hence, any receiver, reader or user of this Manual is expected – at his own cost and risk – to avail himself of any necessary knowledge of the contents of any of the International or National Norms and Standards that is referred to herein.FLSmidth does not undertake any responsibility or liability for injury, damage or losses inflicted upon any receiver, reader or user of this Manual or a third party by the failure by any receiver, reader or user of this Manual to avail himself of any necessary knowledge of the contents of any of the International or National Norms and Standards referred to herein, nor does FLSmidth waive any right to hold a receiver, reader or user of this Manual responsible for any injury, damage or loss inflicted upon FLSmidth as a consequence thereof.NOTE !The present instruction manual is concerned with the situations which, according to the experience ofFLSmidth, are the most likely to occur. An exhaustive enumeration of all conceivable situations which may occur during the manufacturing, installation, operation and maintenance of the equipment cannot be provided.Consequently, if a situation should arise, the occurrence of which is not foreseen in the instruction manual, and which the operator is/or feels unable to handle, it is recommended that FLSmidth be contacted without undue delay for advice on appropriate action.1 General information1.1Key to lubricantsFLSmidth maintains the key to lubricants in order to facilitate the choice of lubricant suppliers as well as the choice of the lubricant itself. The key to lubricants specifies mainly lubricants which are recommended for stationary machines.Any equipment instruction manual takes precedence over this present key to lubricants. The key to lubricants reflects those products which FLSmidth has found it necessary to register and which are normally used in FLSmidth’s and sub-supplier’s machinery installed in FLSmidth-supplied cement plants.This scope of lubricants does not reflect all lubrication products necessary to operate all machinery installed in FLSmidth-supplied cement plants.Under the designation “Special products”, the product list includes oil or grease for which a test or practical use has proven that a specific product must be used.A 4-digit code, the material code, designates each lubricant type in the FLSmidth key to lubricants. Each type of lubricants comprises a range of suppliers and products.Products other than those specified in the key to lubricants may be used if appropriate. The aim of the FLSmidth key to lubricants is to enable any user to choose a lubricant and to make a safe comparison between products.1.2 An overview of the appendicesThe introduction to section 5, Appendices, is a table giving the relationship between the viscosity code for each lubricant type and the material code.1.2.1 General and specific application of oil and greaseAppendix 1 enumerates the types of FLSmidth lubricant and all available products specified in each type.Included are the application, property and requirement for the products registered under a material code (type of lubricant). The specified standard codes for designation and technical requirements are internationally accepted for lubricants. See the standard in sub-section 1.3. This appendix includes lubricants which are specially approved for a certain purpose. Such lubricants may be registered under a type of lubricant (material code) without regard for any standard specifications.1.2.2 Key to oil company productsAppendix 2 includes lubricants from oil companies which meet the requirements specified in each material code.FLS Lubricants36501-11-9.04/64 The information transmitted by this document is the proprietary and confidential property of FLSmidthand may not be duplicated, disclosed or utilized without written consent from FLSmidth.1.2.3 Conversion tableAppendix 3 contains a conversion table which compares previous FLS designations with the present material code.1.2.4 ChangesAppendix 4 reveals the changes in oil type and product name compared with the previous version of the key to lubricants.1.3 Normative referencesANSI AGMA 9005-D94Industrial Gear Lubrication. DIN 51 501 Schmieröle L-AN. Mindestanforderungen.DIN 51 502 Kurzbezeichnung der Schmierstoffe und Kennzeichnung der Schmierstoffbehälter, Schmiergeräte und Schmierstellen.DIN 51 506 Schmieröle VB und VC ohne Wirkstoffe und mit Wirkstoffen und Schmieröle VDL. Einteilung und Anforderungen. DIN 51 510 Schmieröle Z. Mindestanforderungen. DIN 51 513Schmieröle B. Mindestanforderungen.DIN 51 515-1 Schmier- und Regleröle L-TD. Mindestanforderungen. DIN 51 517-1 Schmieröle C. Mindestanforderungen. DIN 51 517-2 Schmieröle CL. Mindestanforderungen. DIN 51 517-3 Schmieröle CLP. Mindestanforderungen. DIN 51 519ISO-Viskositätsklassifikation für flüssige Industrie-Schmierstoffe.DIN 51 524-1 Hydrauliköle HL. Mindestanforderungen. DIN 51 524-2 Hydrauliköle HLP. Mindestanforderungen. DIN 51 524-3 Hydrauliköle HVLP. Mindestanforderungen. DIN 51 818 Konsistenz-Einteilung für Schmierfette. NLGI-Klassen. DIN 51 825Schmierfette K. Einteilung und Anforderungen.DIN 57 370-1 Isolieröle. Neue Isolieröle für Transformatoren und Schaltgeräte ISO 11 158 Schmierstoffe, Industrieöle und verwandte Produkte (Klasse L) - Familie H(hydraulische Systeme) - Anforderungen an Kategorien HH, HL, HM, HR, HV und HG ISO 4406 Fluidtechnik - Hydraulik-Druckflüssigkeiten - Zahlenschlüssel für den Grad der Verschmutzung durch feste PartikelISO 6521Schmierstoffe, Industrieöle und verwandte Produkte (Klasse L) - Anforderungen an Kategorien L-DAA und L-DAB (Schmierstoffe für Kolben- und rotierende Luftkompressoren mit Tropfölschmierung)ISO 6743-01Schmierstoffe, Industrieöle und verwandte Erzeugnisse (Klasse L) - Klassifizierung Teil 1: Familie (Einmal-Schmierfett)ISO 6743-03A Schmierstoffe, Industrieöle und verwandte Erzeugnisse (Klasse L) - KlassifizierungTeil 3A: Familie D (Kompressoren) ISO 6743-04 Schmierstoffe, Industrieöle und verwandte Erzeugnisse (Klasse L) - Klassifizierung Teil 4: Familie H (Hydrauliksysteme)ISO 6743-05 Schmierstoffe, Industrieöle und verwandte Erzeugnisse (Klasse L) - Klassifizierung Teil 5: Familie T (Turbinen)ISO 6743-06 Schmierstoffe, Industrieöle und verwandte Erzeugnisse (Klasse L) - Klassifizierung Teil 6: Familie C (Zahnräder)ISO 6743-08 Schmierstoffe, Industrieöle und verwandte Erzeugnisse (Klasse L) - Klassifizierung Teil 8: Familie R (Zeitweiliger KorrosionsschutzISO 6743-09 Schmierstoffe, Industrieöle und verwandte Erzeugnisse (Klasse L) - Klassifizierung Teil 9: Familie X (Fette)ISO 6743-11Schmierstoffe, Industrieöle und verwandte Erzeugnisse (Klasse L) - Klassifizierung Teil 11: Familie P (Druckluftwerkzeuge)FLS Lubricants 36501-11-9.0The information transmitted by this document is the proprietary and confidential property of FLSmidth5/64and may not be duplicated, disclosed or utilized without written consent from FLSmidth.ISO 6743-12 Schmierstoffe, Industrieöle und verwandte Erzeugnisse (Klasse L) - Klassifizierung Teil 12: Familie Q (Wärmeträgermedien)ISO 8068Erdölprodukte und Schmierstoffe - Erdöl-Schmieröle für Turbinen (Kategorien ISO-L-TSA und ISO-L-LTGA) – Anforderungen.1.4 Definitions and abbreviationsStandard product A standard product belongs to a type of lubricant, which is described with “general application”, “property” and “general requirement” in this manual. Special productA special lubricant or group of lubricants is chosen based on a test or experience.FKM Fluenated rubber.1.5 LegendMandatory!This symbol appears in the instruction manual to indicate dangers which, in case of non-observance, may cause fatal or serious injuries!Attention!This sign is shown in the instruction manual where specific attention and caution is needed to avoid damage to or destruction of the equipment and/or parts of the installation.2 Use of the key to lubricants2.1The usersThe following groups or persons are users: • Client• Lubricant supplier• Procurement personnel•FLSmidth mechanical and commissioning engineerAttention!The directions in the instruction manual for given machinery take precedence over directions given in the Key to lubricants.2.2 The characteristics of a type of lubricantThe application, property and requirements of the type of lubricant are numbered in the left margin aligned with the respective “General application”, “Property” or “General requirement” heading.2.3 The specification of lubricant2.3.1 The specification of standard lubricantsThis manual specifies a 4-digit material code for each type of lubricant registered. Any “0” in the appendix 1 left margin aligned with the “Standard product” heading indicates that this type of lubricant is a standard type including products which can be used as described in the type’s “general application”. See definitions in sub-section 1.4.To specify a standard product the 4-digit material code must be used. Example: “7012”.2.3.2 The specification of special lubricantsCertain machines from a machine manufacturer (sub-supplier or FLSmidth) are designed to use either a special product from appendix 1 in this manual or a non-FLSmidth-coded lubricant.The lubrication conditions for such machines are numbered from 1 to 999. The number is shown in appendix 1 in this manual in the left margin aligned with the “Special condition” heading.FLS Lubricants36501-11-9.06/64 The information transmitted by this document is the proprietary and confidential property of FLSmidthand may not be duplicated, disclosed or utilized without written consent from FLSmidth.One of two specifications of a special lubricant must be chosen:• A 4-digit material code from appendix 1. This specification implies that the productsin the group of “special” products from appendix 1 in this manual may be implemented at random in the said machine. Example: “7531”.• <Brand: product name>. Certain machines from a machine manufacturer (sub-supplier or FLSmidth) are designed to use a non-FLSmidth-coded lubricant. If any specific product other than one of those mentioned in appendix 1 must be used, the product must be specified as in the following example: “Shell: Alvania RL 3” or “Mobil: Mobil DTE 25“.• Where a specific product is specified in this way, only this product must beimplemented in the said machine.2.4 Writing styleAttention!Two different principles of designation of lubricants in FLSmidth documentation apply:1. 4-digit material code.Example: 7012.2. <Brand>: <Type of product>.Examples: “Shell: Alvania RL 3” or “Mobil: Mobil DTE 25“.2.5 Factory fillingThe supplier or the manufacturer of mechanical equipment may choose to deliver machines filled with oil and grease before dispatch from the manufacturing and testing workshop. In this case, one of the following procedures (chosen in the specified order of precedence) for specifying the lubricant(s) must be employed:• Lubricants specified with one or more of FLSmidth 4-digit material code(s). • International standard codes according to DIN, ISO, ANSI/AGMA. • A list of similar lubricants from two or more lubricant suppliers.•A special lubricant given in the following nomenclature: <Brand>: Type of product. Example: Shell: Alvania RL 3 or “Mobil: Mobil DTE 25“.3 Safety3.1Personal safety3.1.1 Health and safety instructionsAny user of a lubrication product must be familiar with all relevant health and safetyinstructions from the lubrication supplier. Health and safety instructions are supplied together with the product or may be downloaded from a website from the supplier in question.3.1.2 Personal protective equipmentIt is of great importance to practice a high standard of personal and workshop hygiene. Any physical contact with lubricants or breathing of vaporised oil must be avoided. Oil with additives is toxic and must be handled with care. The toxic parts of the oils can be absorbed through the skin.During handling of lubricants use of the following equipment is advisable: • Waterproof, oil proof apron, gloves, goggles. • Extraction ventilation.• Hand washing equipment with hand protection cream.3.2 Safety to equipment 3.2.1 Oil cleannessOil may not be of sufficient cleanness. Contamination may occur from either packaging or filling from packaging to equipment. In particular hydraulic oil may show contaminants.Cleanness ISO 4406 code -/16/13 must apply to the hydraulic oil in any FLSmidth equipment. Filtering to obtain cleanness requirement is acceptable and recommended when filling any hydraulic equipment.FLS Lubricants 36501-11-9.0The information transmitted by this document is the proprietary and confidential property of FLSmidth7/64and may not be duplicated, disclosed or utilized without written consent from FLSmidth.3.3 Special productsAttention!The special products listed in appendix 1 are approved as special products, all of which are intended for a certain FLSmidth or sub-supplier-manufactured machine or a certain group of FLSmidth (sub-supplier) machines.The use of products for the said machines other than those chosen from the key to lubricants under “Special products” in appendix 1 or a specifically chosen non-FLSmidth-coded lubricant is not accepted and may lead to damage.3.4 Storage of lubricantsAll types of lubricant must be stored under clean, vented, fireproof and safe conditions. It isimportant that the labelling of each product is clear and legible. Basically, all lubricants must be stored indoors (certain products do not tolerate frost).Oil barrels may be stored in the open. If so, place the barrels in a horizontal position to prevent water penetrating the thread sealing. Any thermal contraction in the barrel will suck waterthrough even sealed plugs. The plugs must be level with each other to ensure they are covered with oil. Store the barrels in an indoor climate for up to 48 hours before use. For example if an ISO VG > 150 oil barrel has to be used and it is below 10°C, it should be kept in a heated room for 2 days before use.Pumps, canisters, etc. must be clean. Do not use a canister for different types of lubricants since certain types of additive may have a harmful effect on a foreign lubricant.Use a waste tray under the barrel tap and keep the surfaces clean, especially around the taps. The storage time of lubricants may be limited. The packaging or the accompanying documents provide information about the durability of the lubricant. A first-in, first-out policy should be adopted.If possible, the barrels should be lifted/moved with a forklift truck.3.5 Cleaning of machinesBefore emptying and refilling with lubricants, it may be necessary to clean machines with a cleaning agent.Attention!Take the necessary precautions to avoid damage to painted surfaces and not to cause fire when using cleanser.Mandatory!Cleaning agent may be harmful to personnel and may cause fire.3.6 Disposal of waste lubricantsBefore scrapping machines, the oil and grease must be emptied into approved waste canisters and disposed of according to approved procedures.Mandatory!Emptied lubricants will normally constitute a more dangerous product than fresh lubricants due to contamination with metal particles and foreign chemicals. The original health and safety instructions may not be sufficient to protect against any danger.4 Grease4.1CompatibilityWherever possible, greases of different types should not be mixed. The change-over of grease types should be deferred until shutdown of the equipment, when the bearings and other greased components may be cleaned thoroughly of the old grease and the new grease then introduced.FLS Lubricants36501-11-9.08/64 The information transmitted by this document is the proprietary and confidential property of FLSmidthand may not be duplicated, disclosed or utilized without written consent from FLSmidth.5 Synthetic lubricants5.1General notesThe machinery must be flushed before commissioning at the prescribed temperature and with the prescribed media. Filtering must be checked during the flushing process.Flushing must be done for new machinery and when changing to a different type of lubricant in the machinery.5.2 Polyalphaolefin (PAO)Polyalphaolefin lubricant tolerates a full mix with mineral oil and is not aggressive to rubber sealings, paints, etc.The following table shows examples of compatibility and is for guidance only: Nitrile rubber (Buna N) Below 100 ºC Butyl rubber Not appropriatePolyisoprene Not appropriate Chlorine sulforic polyethylene Not appropriate Polyurethane ether Appropriate Ethylene acryl AppropriatePolysulfide Appropriate Chlorined polyethylene Preferred above 100 ºC Polyacrylate rubber Preferred above 100 ºC Fluorocarbon (Viton, Teflon) Preferred above 100 ºC5.3 Polyglycol (PG)Lubricants based on polyglycol must not be mixed with mineral or polyalphaolefin products or any other oil type.Attention!Changing the lubricant to PG oil requires a complete flushing of the gear with thin PG oil before filling with the operational PG lubricant.Polyglycol products have the ability to absorb water and, since it is difficult to segregate water from polyglycol, the design of the machinery should prevent water from coming into contact with polyglycol lubricants. The density of polyglycol is higher than that of water.Circulation and filtering systems must be designed to treat the high viscous polyglycol lubricant. Polyglycol is not compatible with ordinary paints. Polyurethane or epoxy paints must be used. Compatibility between polyglycol and rubber sealings is fairly poor. FKM (Viton) or PTFE (Teflon) should be used.Aluminium may be discoloured on contact with polyglycol lubricants.FLS Lubricants 36501-11-9.0The information transmitted by this document is the proprietary and confidential property of FLSmidth9/64and may not be duplicated, disclosed or utilized without written consent from FLSmidth.6Appendices6.1Introduction table to appendix 1Hydraulic oil HM. (SEW)ISO VG 15 - 227005 ISO VG 32 - 46 - 68 7006Hydraulic oil, HV ISO VG 10 7012ISO VG 157013Hydraulic, HM. Low temperature ISO VG 32 7018Hydraulic oil, HM (Flender FLUDEX) ISO VG 22 7019 ISO VG 32 7020Hydraulic oil, HM ISO VG 10 7021 ISO VG 22 7023 ISO VG 32 7024 ISO VG 46 7025 ISO VG 68 7026 ISO VG 1007027Compressor oil, synthetic ISO VG 32 7032 ISO VG 46 7033 ISO VG 68 7035Compressor oil, mineral ISO VG 68 7034 ISO VG 100 7036Turbine oilISO VG 32 7053 ISO VG 46 7054 ISO VG 68 7055 ISO VG 1007056Oil for pneumatic tool ISO VG 32 7114 ISO VG 467115Oil for rotary blower ISO VG 150 7123 ISO VG 2207124Cylinder oilISO VG 460 7134 ISO VG 10007136Enclosed Gear Unit oil (SEW) ISO VG 100 - 150 7141 ISO VG 220 7143 ISO VG 680 7146Enclosed Gear Unit. Mineral oil (Rossi)ISO VG 150 7148 ISO VG 220 7149 ISO VG 320 7150 ISO VG 460 7151Enclosed Gear Unit oilISO VG 100 7152 ISO VG 150 7153 ISO VG 220 7154 ISO VG 3207155ISO VG 460 7156 ISO VG 680 7157 ISO VG 1000 7158Enclosed Gear Unit mineral oil (Flender) ISO VG 100 7162 ISO VG 150 7163 ISO VG 220 7164 ISO VG 320 7165 ISO VG 460 7166 ISO VG 680 7167 ISO VG 1000 7168Heat transfer oilISO VG 327175Transformer oil ISO VG 7 / 10 7195 ISO VG 157196Flushing oil ISO VG 227215Engine oilSAE 0W-40/5W-40. Full synthetic. 7234 SAE 15W-407235Kiln and mill gear units lubricantISO VG 7253 ISO VG 7256 ISO VG 7257Hand lubricant, open gear unit ISO VG 7265Wire lubricant ISO VG7285Chain lubricant ISO VG 22 7286 ISO VG 1007287Synthetic oil, Polyalphaolefin (PAO, Flender) ISO VG 150 7302 ISO VG 220 7303 ISO VG 320 7304 ISO VG 460 7305 ISO VG 680 7306 ISO VG 1000 7307Synthetic oil, polyglycol (PG, Flender Worm gear)ISO VG 100 7308 ISO VG 150 7309 ISO VG 220 7310 ISO VG 320 7311 ISO VG 460 7312 ISO VG 680 7313 ISO VG 1000 7314Synthetic oil, Polyalphaolefin (PAO, Rossi)ISO VG 150 7322 ISO VG 220 7323 ISO VG 320 7324 ISO VG 460 7325FLS Lubricants36501-11-9.010/64 The information transmitted by this document is the proprietary and confidential property of FLSmidthand may not be duplicated, disclosed or utilized without written consent from FLSmidth.Synthetic oil, Polyalphaolefin (PAO, SEW) ISO VG 32 7329 ISO VG 150 7332 ISO VG 220 7333 ISO VG 460 7335Synthetic oil, Polyalphaolefin (PAO) ISO VG 32 7341 ISO VG 46 7342 ISO VG 68 7343 ISO VG 100 7344 ISO VG 150 7345 ISO VG 220 7346 ISO VG 320 7347 ISO VG 460 7348 ISO VG 680 7349 ISO VG 1000 7350Synthetic oil, Polyglycol (PG)ISO VG 150 7353 ISO VG 220 7354 ISO VG 320 7355 ISO VG 460 7356 ISO VG 680 7357 ISO VG 1000 7358Synthetic oil, Polyglycol (PG, Rossi) ISO VG 150 7363 ISO VG 220 7364 ISO VG 320 7365 ISO VG 460 7366 ISO VG 220 7383 ISO VG 320 7384 ISO VG 460 7385 ISO VG 680 7386Synthetic oil, Polyglycol (PG, SEW)ISO VG 220 7373 ISO VG 680 7376Synthetic oil, Polyglycol (PG, Flender)ISO VG 100 7390ISO VG 150 7391 ISO VG 220 7392 ISO VG 320 7393 ISO VG 460 7394 ISO VG 680 7395 ISO VG 1000 7396 ISO VG 10007406Grease, MultipurposeNLGI 2 7425 NLGI 37426Grease, Low-temperature NLGI 1 7434 NLGI 2 7435Grease, High-temperature NLGI 2 7445 NLGI 2 7446Grease, Low-speedNLGI 1 or 2 7455 NLGI 1 or 2 7456 NLGI 27457Kiln and mill gear units spray lubricantNLGI 1 7523 NLGI 0 / 00 7525 NLGI 0 / 00 7527 NLGI 0 / 00 7529 NLGI 0 / 00 7531Grease. Low viscosity (SEW) NLGI 00 7540 NLGI 000-0 7541Anti-friction lubricant, live ringISO VG 7555 ISO VG 75576.2 Appendix 1. General application of oil and greaseIn addition to the general requirements from the machine manufacturer, the criteria applied by themanufacturer of the lubricant to determine the suitability of any lubricant also include factors such as low particle contamination and filterability.Attention: The following designation of products applies!A standard product: “nnnn ”A special product: “nnnn ” or “Brand: lubricant type ”so that the “general application” or the “special condition” specified in each material number is in accordance with the actual intended application of the lubricant.Hydraulic oil HM. (SEW)2 General application Hydraulic systems. Lubricant for rolling and plain bearings and for lubrication of gear units where the use of extreme pressure gear oil is not required.3 PropertyHydraulic oil, HM consists of highly refined paraffinic base stocks with additives to prevent rust, oxidation and wear. 1General requirement-7005 ISO VG 15 - 22Hydraulic oil HM. (SEW)Designation acc. to: Requirements acc. to: DIN : - DIN : - ISO: - ISO: -ANSI_AGMA : -ANSI_AGMA : -13Special conditionSpecial lubrication products recommended for SEW gear of type R…, K…(HK...), F… - See operating instruction SEW chapter 9 lubrication.。

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Enterprise Development专业品质权威Analysis Report企业发展分析报告艾弗史密斯机械制造（上海）有限公司免责声明:本报告通过对该企业公开数据进行分析生成，并不完全代表我方对该企业的意见，如有错误请及时联系;本报告出于对企业发展研究目的产生，仅供参考，在任何情况下，使用本报告所引起的一切后果，我方不承担任何责任:本报告不得用于一切商业用途，如需引用或合作，请与我方联系:艾弗史密斯机械制造（上海）有限公司1企业发展分析结果1.1 企业发展指数得分企业发展指数得分艾弗史密斯机械制造（上海）有限公司综合得分说明：企业发展指数根据企业规模、企业创新、企业风险、企业活力四个维度对企业发展情况进行评价。

该企业的综合评价得分需要您得到该公司授权后，我们将协助您分析给出。

1.2 企业画像类别内容行业电气机械和器材制造业-其他电气机械及器材制造资质增值税一般纳税人产品服务加工旋流器系统，泵类成套产品，刀阀，蝶阀1.3 发展历程2工商2.1工商信息2.2工商变更2.3股东结构2.4主要人员2.5分支机构2.6对外投资2.7企业年报2.8股权出质2.9动产抵押2.10司法协助2.11清算2.12注销3投融资3.1融资历史3.2投资事件3.3核心团队3.4企业业务4企业信用4.1企业信用4.2行政许可-工商局4.3行政处罚-信用中国4.5税务评级4.6税务处罚4.7经营异常4.8经营异常-工商局4.9采购不良行为4.10产品抽查4.12欠税公告4.13环保处罚4.14被执行人5司法文书5.1法律诉讼（当事人）5.2法律诉讼（相关人）5.3开庭公告5.4被执行人5.5法院公告5.6破产暂无破产数据6企业资质6.1资质许可6.2人员资质6.3产品许可6.4特殊许可7知识产权7.1商标7.2专利7.3软件著作权7.4作品著作权7.5网站备案7.6应用APP7.7微信公众号8招标中标8.1政府招标8.2政府中标8.3央企招标8.4央企中标9标准9.1国家标准9.2行业标准9.3团体标准9.4地方标准10成果奖励10.1国家奖励10.2省部奖励10.3社会奖励10.4科技成果11 土地11.1大块土地出让11.2出让公告11.3土地抵押11.4地块公示11.5大企业购地11.6土地出租11.7土地结果11.8土地转让12基金12.1国家自然基金12.2国家自然基金成果12.3国家社科基金13招聘13.1招聘信息感谢阅读:感谢您耐心地阅读这份企业调查分析报告。