DLZ-200桶装定量灌装机
DLZ-200桶装定量灌装机

技术参数： 1、给料压力：0. 1～0.6MPa 2、称量范围：40～200公斤/桶 3、包装速度：30～60桶/小时 4、计量精度：
技术参数：

1、给料压力：0. 1～0.6MPa

2、称量范围：40～200公斤/桶

3、包装速度：30～60桶/小时

4、计量精度：±0.1%～0.2%（与物料均匀度及灌装速度有关）

5、仪表用气：气压:0. 5～0.7MPa耗气量：0.2 m3 /min

6、电 源：AC220V，50Hz，0.2kW

7、外观尺寸：长750宽750高1750（参考尺寸，单位：mm）

产品特点:

物料由智能控制下的双速气动加料装置来控制加料精度。可自动判定皮重，方便用户变更容器和定量。具有操作方便、可靠性高、精确度好的特点。已大量成功应用于涂料、药剂、润滑剂等行业。

使用方法：

由操作人员放上空桶后，按一下按钮，定量灌装机开始自动去皮重和快速加料，并在灌装过程中自动减速，重量达到设定值时，自动结束灌装，再由操作人员将灌好的桶取走。再放好新的空桶后，定量灌装机自动开始下一次灌装。

灌装过程中，操作人员一般只需做放桶、取桶的动作，而出现空桶重量不合格时，定量灌装机还会自动暂停灌装。整个操作过程简便易行，准确率高。

扩展性：

为改善包装环境，搭配小型除尘风机使用，以基本避免挥发异味。

可选配保护气体添加装置，避免液体挥发异味。

可选配自动升降式加液管。在加液过程中，加液管自动深入桶内，结束灌装后，加液管会自动缩回原位。以减少起泡、遗漏。

选配电动辊道时，可实现进桶、出桶的机械化，减少工人劳动强度。

特殊用户可选配隔爆型配置，以避免由于静电、火花等引起的爆炸事故。 http://www.85375600.cn/
定量灌装机
定量灌装机
定量灌装机

What is the key point in jaw crusher
What is the key point in jaw crusher

The failure mechanism of the jaw plate mill
It is visible through the jaw plate mill, jaw crusher teeth plate wear belongs to a chisel wear. The jaw plate material is commonly used in water toughening treatment ZCMn13 high manganese steel. The scanning electron microscope to observe the grinding of the jaw plate can be seen that the surface of the jaw plate is squeezed into the concave and convex portions of the material, then be abrasive pushed to the formation of the pressure of the tongue grinding surface grinding surface can be seen a lot of grinding sharp corners caused by short-range sliding wear scar, and can see the surface of the jaw plate micro-cracks. Jaw plate wear, mainly due to the abrasive relative jaw plate of short-range sliding the chisel to cut the metal caused by debris and abrasive repeated extrusion deformation caused by the jaw plate material repeatedly, leading to metal materials fatigue off. Wear failure process is: ? material is repeatedly squeezed the chisel tooth plate, the formation of micro cracks in the surface of the jaw plate area, or in a prominent part of the roots of the extruding metal, this micro crack continues to expand to a connected, resulting in the shedding of the surface of metallic materials, formation of wear debris; ? material repeatedly squeeze the jaw plate metal materials by local fracturing or reveal, rupture or reveal part of the formation of wear debris off with the extrusion of impact materials. The ? materials relative jaw plate of short-range sliding the chisel to cut the tooth plate formation of wear debris.
Material selection of the jaw plate
Affect the jaw plate wear, hardness, toughness and wear-resistant materials. ? materials, hard materials extrusion shallow depth, small deformation, the material is also a small chisel to cut the amount of short-range sliding of the material; good ? toughness, ability to resist fracture, and to eliminate the brittle fracture process of extrusion impact to improve the anti-fatigue deformation cracking. The two factors sometimes are contradictory, how to match is a very difficult subject.
Different size specifications of the jaw crusher, feed size, sharpness (shape), extrusion of the tooth plate, the force of impact. Large and medium-sized specifications jaw crusher squeeze pressure, should also be considered by the impact of the impact and bending stresses in addition to considering the resistance of the material extrusion pressure and anti-sliding cutting. Large jaw crusher teeth plate is usually to adopt ZCMn13Cr2 modified high manganese steel. The high hardness of the material to resist the squeeze jaw plate material should be selected, micro chisel failure, and also have sufficient toughness to resist chisel impact fatigue failure. Be improved from both the structure of the jaw plate, in order to reduce the relative sliding of the materials and jaw plate, which is not only beneficial to improve productivity, but also beneficial to improve the life of the material; for our country, small jaw crusher, jaw plate The material is mainly high-manganese steel, very few factories producing low-alloy cast iron jaw pull. Due to the low toughness of the low alloy cast iron, during the use it is prone to fracture. Use in the manufacture of high-manganese steel, small jaw plate, in the fork due to the impact force is too small, the hardening is not obvious, its excellent wear resistance can play, and the jaw plate life is very short, usually for 200-400 h. The annual consumption is of a large number. Therefore, looking for new materials to improve its service life and reduce material consumption has received special attention.
http://www.gongluen.com.tw/

Description of austemperinits advantages
Description of austempering its advantages

ARTICLE Description of austempering its advantages
Austempering is a process of applying heat treatment on ferrous metals, like steel  iron. This procedure is basically done for improving mechanical properties of metal. The procedure begins with heating the metal till its austenitic state  then rapidly cooling it; along with maintain a high temperature for prevention of formation of martensite for an enhanced duration. By the use of this process, metals become tougher, strong  resists to wear  tear.

The main aim of austempering is to provide strength driven materials in various machine parts. The concept of austempering is different from traditional form of heat treating, in which there is quick quenching of austenite in oil or fluid at room temperature. It will form martensite, which is hard, but on the same time, it is highly brittle  needs tempering for becoming ductile. The outcome of austempering is dependent on the material used for the same. Bainite is the name given to austempered steel  it is relatively more ductile than martensite. The final product doesn t require any tempering  is tough, sturdy  adds wear resistance. On the other h, austempered ductile iron results in production of ausferrite, which has greater strength. Austempered ductile iron (ADI) is also used in manufacturing of many machine parts.
http://www.gongluen.com.tw/

Cast Iron--the Valve s Material
Cast Iron--the Valve s Material

Even in the ceramic valve, there are other materials except the ceramic material. The cast iron is one of the common valve materials. The cast iron is the general term of alloying including iron, carbon and silicon. According to the editor s knowledge of DSMATERIAL, the cast iron contains several categories, such as grey cast iron, white cast iron, malleable cast iron, nodular cast iron, wriggle ink cast iron, alloy cast iron. The grey cast iron has high carbon content , and the carbon is mainly of graphite form, with grey fracture. It has low melting point, and the shrinkage is small in solidification.

Its compression strength and hardness are close to carbon steel and the shock absorption is small. In the white cast iron, there are little carbon and silicon, and the carbon is cementite, with silver fracture. The shrinkage is big in solidification and it is easy to have shrinkage cavity and fissure. The white cast iron has high hardness, fragility, and cannot bear the heavy impact. These are the little introduce of the valve s materials.

According to the different property of the different materials, they can be used in various working conditions. The customers should know the different function of the valve materials to choose the better proper valve. For more information.
http://www.gongluen.com.tw/

How to Maintain Lithium Battery
How to Maintain Lithium Battery

At present, lithium battery are commonly used on mobile phone, laptop, digital camera and other electric device. To learn how to maintain lithium battery can not only prolong battery lifetime but also protect your device from potential damages.

Don’t charge over 12 hours for the first time. When we purchase electronic devices powered by battery, sellers will usually tell us lithium battery charge time must up to 12 hours in the first time. Actually, this idea is wrong. Unlike common Ni-CD or Ni-MH battery, lithium ion batteries have been activated before left factory, otherwise its low self-discharge, so it’s unnecessary to charge lithium ion battery for such a long time in the first time. Lithium ion battery is ready after recharged, it will reach to best status after 3 or 5 cycles.

Don’t not use unqualified charger. Many friends care for their electronic gadgets very much, but often avoid the affect of lithium ion battery. When pick up charger, original charger is the fist choice, second one is some hi gh quality charger, that with over charge protection function or brand charger. Poor battery charger leads to shorter cycles, even causes explore or fire.

Avoid over charge frequently. Long time over charge will let battery interior in a level of high temperature, is bad for lithium ion battery and charger. Thus, fully charged yet is good enough, or lithium battery will become a little bomb if without over charge protection function.

Avoid contact metal. Lithium ion battery’s contact is needed to be clean, and note that do not let battery contact get close to metal when take care or carry, it carries out short circuit or cycles.

Avoid often use in high or low temperature environment. Lithium ion battery has its own proper work and storage temperature, if it’s in over high or low temperature environment in a long tern, will affects lithium ion battery’s use time and cycles highly.

Avoid long time without use or recharge. For some uncertain reasons, personal electronic gadgets or lithium ion battery might be to leave unused 3 months or more, so that we need to recharge lithium ion battery for some electricity volume regularly, then storage( recharge electricity volume is 30-70% of capacity, depends on storage time and battery capacity).

Avoid use lithium ion battery which full charged yet. Temperature will be very high after batter recharged yet, if use at once, electronic gadget’s internal temperature will raise soon, it affects electronics component greatly. http://www.minamoto.com/en/?ztitle=primary_battery&level_1a=Lithium%20Battery&panel=1
lithium battery
lithium battery
primary lithium battery

The Application of a Lithium Battery in Electric Automobiles
The Application of a Lithium Battery in Electric Automobiles

Lithium battery holds the advantages of high working voltage, small size, light weight, no pollution, and long life span. Therefore, it has extensive applications in portable electronic products like phones, laptops, digital camera and so on.

A lithium battery is predicted to have a booming development in the future, which is based on the pressing demand of easing off the serious environmental pollution problem around the world. Actually, a major pollution comes from the emission of carbon dioxide of cars. With the fast development of economy, more and more cars appear in our city, which both bring convenience and troubles to us. We pay the convenience for traffic jam and serious environmental pollution. People become aware of the problem and want to change the situation.

To reduce the emission of carbon dioxide, electric automobile is on its way to come on the stage, which is expected to discard the common way of burning gasoline to provide drive. A lithium battery is believed to have great potentiality in this application. And there are many advantages to apply the lithium battery to an electric automobile. Considering the environmental protection, the usage of a lithium battery in car will lessen the burning of gasoline and lower the emission of carbon dioxide, which will help for slowing down the greenhouse effect. Another point, using a lithium battery will also help to cut the cost of using a car. Due to the sever energy problem, price of gasoline rise constantly and the expense of driving a car become higher and higher. Moreover, a lithium battery has high energy-density and can keep working for a long time, which means you will never be afraid of lacking of gasoline. However, now if traveling for a long distance, you will also even gasoline to work together to offer drive. Anyway, the battery will cut your cost and give you more convenience. Last, it also has a small size and light weight which are easy to be moved and gives fewer burdens to the car, for which the electric car in the future can be smaller and smarter than now.

All in all, there are many problems in the reach of applying the battery to electric car, such as balance quality, safety, and economical efficiency. Nevertheless, many professionals are committing themselves to working out the most efficient way to solve the problem and green cars using Lithium battery will do lead the automobile market in the future. http://www.minamoto.com/polymer.html
lithium battery
lithium battery
lithium battery

Why Lithium Polymer Batteries Are the Top Choice F Powering Your Electronic Devices
Why Lithium Polymer Batteries Are the Top Choice F Powering Your Electronic Devices

There are so many things that need batteries today, especially with all the electronics that are being sold. Who knew batteries would come in so many different shapes, sizes and types. You would think that buying a battery would be easy but now you need to be knowledgeable and know something about batteries byou purchase them. One of the e popular batteries today is the lithium polymer batteries. These batteries are thin and lightweight making them perfect  many of the electronic devices.

The lithium polymer battery was introduced in 1996. It quickly gained the approval of many due to its lightweight construction and the fact that it was rechargeable. These batteries are now being used in many electronic devices such as table video players, table computers and many rechargeable electronic devices.

The energy density is one of the itant components of a good battery and lithium has the highest energy density of any battery being sold. The life cycles are also longer and the degradation of the battery is much slower than many. These batteries do have some disadvantages such as exploding if they become overcharged, faster capacity loss and a longer recharge time.

The two main lithium batteries available  purchase are the lithium ion and the lithium polymer. The polymer battery is much safer than the ion battery because of the way in which the lithium is suspended. The polymer battery suspends the lithium in a polymer gel and the ion battery suspends the lithium in aganic solvent. Theganic solvent material is highly flammable unlike the polymer gel. The ion is also prone to burst into flames if there is a st if the battery is crushed. The polymer is less likely to burst into flames in either case.

An ion battery contains metal casing to house the suspended lithium whereas the polymer battery does not need them because the lithium is housed in the gel in which it is suspended. This in turn makes the polymer a e lightweight and flexible battery due to the elimination of the cylindrical metal casings. With the polymer being lightweight and flexible this appeals to the electronics developers and designers.

The lithium polymer batteries are also referred to as LiPo LiPoly batteries. Lithium batteries are quickly replacing the old NiCad (Nickel Cadmium) and NiMH (Nickel Metal, Hydride) batteries. Lithium is the lightest of all metals and has the highest energy per unit weight. It is no surprise then that lithium is quickly replacing nickel as the metal of choice f batteries.

Prices can be good indications of product wth and since the LiPo batteries are much me expensive than the nickel batteries and lithium ion batteries, you automatically have an idea that it is going to be a good product. It is definitely one that falls under the old saying, "you get what you pay ".

Based on the information and known facts, it is evident that a lithium polymer battery is currently a top of the line battery. These batteries are great f electronics because of their lightweight flexible design. They are me expensive but well wth the money you pay f them. Lithium polymer batteries are the way to go f a reliable high energy battery. http://www.minamoto.com/polymer.html
lithium polymer
lithium polymer

The Li-Polymer battery: substance  hype?
The d ‘Lithium Polymer’ has become synonymous with advanced battery technology. But what is the relationship between ‘polymer’ and the classic Lithium Ion battery? In this article we examine the basic differences between the Li-ion and Li-ion polymer battery. We look at packaging techniques and evaluate the cost-to-energy ratio of these batteries.

The Li-polymer differs from other battery systems in the type of electrolyte used. Theiginal design, which dates back to the 1970s, uses a polymer electrolyte. This electrolyte resembles a plastic-like film that does not conduct electricity but allows the exchange of ions (electrically charged atoms groups of atoms). The polymer electrolyte replaces the traditionalous separat, which is soaked with electrolyte.

The dry polymer design offers simplifications with respect to fabrication, ruggedness, safety and thin-profile profile. There is no danger of flammability because no liquid gelled electrolyte is used.

With a cell thickness measuring as little as one millimeter (0.039 inches), design engineers are left to their own imagination in terms ofm, shape and size. Thetically, it is possible to create designs which fm part of a protective housing, are in the shape of a mat that can be rolled up, are even embedded into a carrying case a piece of clothing. Such innovative batteries are still a few years away, especially  the commercial market.

Unftunately, the dry Li-polymer suffers from po conductivity. The internal resistance is too high and cannot deliver the current bursts needed f modern communication devices and spinning up the hard drives of mobile computing equipment. Although heating the cell to 60°C (140°F) and higher increases the conductivity to acceptable levels. This requirement, however, is unsuitable f ptable applications.

Some dry solid Li-polymers are currently used in hot climates as standby batteries f stationary applications. One manufacturer has added heating elements in the cells that keep the battery in the conductive temperature range at all times. Such a battery perfms well f the application intended because high ambient temperatures do not degrade the service life of this battery in the same way as it does with the VRLA type. Although longer lasting, the cost of the Li-polymer battery is high.

Engineers are continuing to develop a dry solid Li-polymer battery that perfms at room temperature. A dry solid Li-polymer version is anticipated by 2005. This battery should be very stable; would run 1000 full cycles and would have higher energy densities than today’s Li?ion battery.

How then is the current Li-polymer battery made conductive at ambient temperatures? Most of the commercial Li-polymer batteries  mobile phones are a hybrid. Some gelled electrolyte has been added to the dry polymer. The crect term f this system is Lithium Ion Polymer. F marketing reasons, most battery manufacturers call it simply Li-polymer. Since the hybrid lithium polymer is the only functioning lithium polymer f ptable use today, we will focus on this chemistry variation but use the crect term of lithium ion polymer (Li-ion polymer).

With gelled electrolyte added, what then is the difference between Li?ion and Li?ion polymer? Although the characteristics and perfmance of the two systems are very similar, the Li?ion polymer is unique in that the solid electrolyte replaces the pous separat. The gelled electrolyte is simply added to enhance ion conductivity.

Technical difficulties and delays in volume manufacturing have deferred the introduction of the Li?ion polymer battery. In addition, the promised superiity of the Li?ion polymer has not yet been realized. No improvements in capacity gains are achieved — in fact, the capacity is slightly less than that of the standard Li?ion battery. F the present, there is no cost advantage in using the Li?ion polymer battery. The maj reason f switching to the Li-ion polymer is fm fact. It allows wafer-thin geometries, a style that is demanded by the highly competitive mobile phone industry. Figure 1 summarizes the advantages and limitations of the Li-ion polymer battery.http://www.minamoto.com
lithium polymer
lithium polymer

1800mAh/7.4V Lithium Battery f Financial POS Machine
LARGE lithium ion battery  finance POS machine uses iginal Sanyo battery cells. It has obtained great reputation after its application to commercial bank, association of country credit union, finance firms, etc. and is believed as having the highest safety perfmance and the best lithium battery f finance POS machine.
Shape design of finance POS lithium ion battery: blue co, plastic case, size 16.9*57.6*93.0mm.
LARGE lithium batteries uses cells and PCM of high quality. It features as below:
Using 2 iginal Sanyo 103450 lithium battery cells acheiving highest voltage of 8.4V through series connection and having stable discharge characteristics.
Smart PCM providing charge management to protect the battery from over charge, over discharge, sht circuit, over current, over heat, etc.
Safety system. In der to avoid explosion and other hidden dangers and to promote battery safety perfmance, design engineers combine battery unit with PCM accding to 8.4V lithium ion battery safety principle.
Metal contact directly contacting with main board metal.
Application scope lithium ion battery f finance POS machine:
Uni-pay commercial system, commercial bank, bank system of local association of country credit union, etc.
Beside regular 7.4V lithium ion battery, specific to ptable POS machine diversified customers, Large Electronics develops individual 7.4V lithium ion battery production design accding to customer individualized and diversified requirement. We design matched main board f finance POS machine smart lithium ion battery to make product meet customers’ safety requirement.
Charge and discharge:
Charge method, CC/CV model.
Use iginal charger f charging, recommend 8.4V/1A lithium ion battery charger, could charge any time when apply, do not need to recharge until battery that without electricity volume.
Discharge current, standard discharge current 0.2C, maxi discharge current less than 1C.http://www.minamoto.com
lithium batteries
lithium batteries

lithium batteries
Lithium batteries have become commonplace and the Regulations regarding their transport now affect a wider audience. They can be found in everything from consumer applications (watches, mobile phones, computers, etc) through industrial applications (communications, automobiles, etc). Because of this, IATA has developped the following information to assist shipper s, freight forwarders, ground handling agents, airlines/operators and passengers in complying with those Regulations.
Regulatory Changes

NEW! The ICAO Dangerous Goods Panel (DGP) met in Montreal, to discuss the changes to the ICAO Technical Instructions in October 2011. A second meeting took place in February 2012 in part, because the DGP felt that the subject of lithium batteries could not be addressed in a piecemeal fashion. Regulatory changes on the transport of Lithium batteries.
Guidance


NEW! Download the Guidance Document (pdf) developed by IATA for complying with the 53rd (2012) edition of the IATA Dangerous Goods Regulations (DGR) on:
Definitions, classification, exceptions, prohibitions
Packaging
Passenger Provisions
Frequently Asked Questions and their Answers

2012 Guidance Document English (pdf)
2011 Guidance Document French (pdf)
2011 Guidance Document Spanish (pdf)
Guidance Document German (Will be available shortly)

For passenger provisions refer to the Downloads page
Packing Instructions

Packing instructions 965-970 from the 53rd Edition of the IATA Dangerous Goods Regulations, applicable to lithium batteries on passenger and cargo aircraft and CAO can be found in below. The packing instructions are broken down into three (3) sections for easy understandability.
General Requirements - Applicable to all battery shipments assigned to that packing instruction.
Section I - Together with the General Requirements, applicable to the "fully regulated", Class 9 battery shipments assigned to that packing instruction.
Section II - Together with the General Requirements, applicable to the "excepted", battery shipments assigned to that packing instruction.

PI 965-970 English
PI 965-970 French
PI 965-970 Spanish
PI 965-970 German
PI 965-970 Russian
Outreach

IATA, in conjunction with the Dangerous Goods Board and the IATA Dangerous Goods Training Task Force has developped 3 new lithium battery outreach & awareness products.
Lithium battery passenger pamphlet (view sample) (for hard copies email us)
Lithium battery booklet for shippers and acceptance staff (order)
Lithium battery awareness poster (view sample) (order)http://www.minamoto.com/polymer.html
lithium batteries
lithium batteries

Xeno XL-050F 1/2AA 3.6V Lithium Battery
The Xeno XL-050F AA lithium 3.6V battery is specifically designed for high performance in long term applications. AA lithium 3.6V battery have the same diameter as AA lithium 3.6V battery, but the length is half the size. They are often used in small electronics, medical equipment, security systems, automatic meter reading devices, GPS systems, and in some computer models. XenoEnergy Primary Lithium batteries are an important industrial and non-rechargeable power source for main and secondary power.

Specifications:
Chemistry: Lithium
Voltage: 3.6V
Capacity: 1200 mAh / 1.20 Ah
Rating: 4.32 Whr
Length: 0.98in (2.49cm)
Width: 0.57in (1.45cm)
Weight: 0.02lb (9g)
Temperature Range: -55~+85C
Maximum Current: Continuous 30mA; Pulse 60mA
Data Sheet
Features:
High & Steady Operation Voltage
Nominal Voltage: 3.6V
Operating Voltage: 3.4V
Improved TMV (Transient Minimum Voltage) Effect
Very Low Self-Discharge Rate
Superior Storage Capability (10 Years)
Pulse Current up to Several Amperes
Stable Operating Voltage
Best Pulse-Behavior, low Voltage Drop
Main Applications:
Computer Real Time Clocks
Electronic Locks/Seals Device
GPS/GSM/ARGOS Related Systems
Memory Back-Up
Power meter, Water meter, Gas meter, Automatic Meter Reading Device
Security/Alarm Systems
Xeno Line 1/2AA, 1.2Ah, 3.6V, Lithium Thionyl Chloride (Li-SOCI 2).
Replaces Tadiran TL-2150, TL-4902, TL-5101, TL- 5151, TL-5902; Saft LS-14250, LS14250, LS-14250C; Sonnenschein SL-350, SL-750; Toshiba ER3V, ER4V; Maxell ER3, ER3S, Eagle Picher LTC-9C, Vitzro SB-AA02,S B-AA02P, ER14250 and others.http://www.minamoto.com/