锅炉型式英语怎么说及英文翻译

① 请专业人士帮忙翻译一下英文，下午就要，在线等

锅炉工程安装 Boiler installation works
高压发泡机 High-pressure foam machines
锅炉及辅机 Boilers and auxiliary equipment
数控折弯机 NC bending machines
货梯 Cargo Ladder
物流车及货架 Logistics cars and shelves
木工除尘机 Woodworking st
购试验设备 Purchase test equipment
液压板料折弯机 Hydraulic sheet metal bending machine
焊机 Welder
冲压摆式剪板机 Tilting cutting plate machine stamping
双螺杆空开压机 A twin-screw air compressor

② 锅炉发展史的英文

Boilers is the use of fuel or other energy, geothermal energy, heating the water to become hot water or steam machinery and equipment. Boilers and furnaces, including two major pot, pot is the original meaning refers to the fire on the water heating container, fuel burning furnace is the place.
Generated in the boiler water or steam can be directly provided for by proction and living needs of the heat, and steam power plant can be converted to mechanical energy, or mechanical energy through the generators will be converted to electrical energy. Boilers to provide hot water as hot water boilers, mainly for living, instrial proction is also a small number of applications. Boiler for steam to be generated as the steam boiler, steam generator, also known, often referred to as the boiler, steam power plant is an important component of the power plant are used, ships, locomotives and instrial and mining enterprises.

Under high temperature and high pressure boilers, the importance of security issues. Even the small boiler, in the event of an explosion, the consequences are very serious. Therefore, the material on the boiler selection, design and calculation, manufacture and testing have formulated strict laws and regulations.

Boilers

The development of boilers and furnaces at two aspects of pot.

Half of the 18th century, the steam engine used in the British coal mines, including the Watt steam engine, including the initial stage, the use of steam pressure equal to atmospheric pressure. The second half of the 18th century to switch to higher than atmospheric pressure steam. The 19th century, commonly used steam pressure to about 0.8 MPa. To adapt, the first steam boiler is a water of the large-diameter vertical cylindrical shell pot, then switch to horizontal pot shell, shell in the pan in the bottom of brick furnace burner.

Growing in volume as the boiler, in order to increase the heating surface in the pot to install fire extinguishers in the shell, the front burner in the fire extinguishers, smoke from the fire extinguisher from the back through the row of brick to the chimney flue and pot shell external heating, boiler as the fire extinguishers. Fitted only the beginning of a fire extinguisher, fire extinguishers as a single boiler or boiler Connie Hsu, and later added two fire extinguishers, fire extinguishers as the double boiler or boiler Lancashire.

Around 1830, the availability of high-quality steel proction and expanding technology of fire-tube boilers there. A number of fire-tube shell in a pot, which constitute the main heating surface of boiler, fire (gas) flow in the tube. The water in the pot line shell fitted with as many as possible of the fire-tube, known as the outside horizontal tube boilers burning temper. Its low metal consumption, but requires a lot of masonry.

The mid-19th century, there have been boiler pipes. Boiler heating surface is a pot of water mains outside the shell, replacing the shell itself and the pot pot shell fire extinguishers, fire-tube. Boiler steam pressure to heat the area and the increase in shell diameter pot is no longer subject to the restrictions it will help to raise the boiler pressure and steam evaporation. This boiler pot cylindrical shell was renamed as the drum, or drum. Water tube boiler early just straight pipes, straight pipes and the pressure of the boiler capacity is limited.

Early twentieth century, steam began to develop, it requires the parameters with a high capacity and steam boilers. Straight pipes can not meet the requirements of the boiler. With the manufacturing process and water treatment technology, a water-tube boiler bends. Is the beginning of a multi-drum type. With the water wall, superheater and economizer applications, as well as the internal drum of gasoline and water to improve the separation of components, decreasing the number of drum, not only to save the metal, and concive to raising the boiler pressure, temperature, capacity and efficiency .

Previous boiler fire extinguishers, fire-tube boilers and water tube boilers are natural circulation boilers, water vapor on the rise, decline because of the heat pipe is different, and the density difference caused by a natural flow. In the development of the natural cycle of the boiler at the same time, applications from the beginning of the 30's once-through boiler, 40 ring the beginning of the application of assisted circulation boiler.

Also known as assisted circulation boiler forced circulation boiler, it is in the natural circulation boiler developed on the basis of. Vertical pipe in the installation of circulating pump system to enhance the evaporation of water heating surface. There is no once-through boiler drum, water supply to pump into the economizer, the water wall and superheater heating surface, such as evaporation into superheated steam to the turbine, the various parts of the flow resistance to the pump by to overcome.

After World War II, these two types of boiler developed rapidly, because the requirements of generating units and large-capacity high temperature and high pressure. The development of both boiler is designed to rece or do not drum, small diameter tubes can be used for heating surface can be arranged relatively freely heating surface. With the automatic control and water treatment technology, which is graally taking shape. In the supercritical pressure, once-through boiler is only used in a boiler, 70's single largest capacity of the pressure of 27 MPa with 1300 MW units. Later, the development of assisted circulation by the boiler and once-through boiler compound boiler from the combined cycle.

In the development process of the boiler, fuel type and combustion equipment for the furnace have a great impact. Therefore, not only to adapt to the development of a variety of furnace combustion characteristics of different types of fuel, but also improve the combustion efficiency to rece energy consumption. In addition, the furnace and combustion equipment also requires improving the boiler flue gas to minimize pollutants (sulfur oxides and nitrogen oxides)

The early adoption of a fixed shell boiler grate, multi-fuel with high-quality coal and firewood, coal and slag removal are by hand. Straight pipes after the boiler began to use mechanized grate, grate chain which has been widely used. Under grate air never subparagraph "EC warehouse style" development component supply segment.

Early furnace low, low combustion efficiency. Later it was recognized that the structure of the furnace volume and the role of the combustion, the furnace-made high, and the use of furnace arch and secondary air, resulting in improved combustion efficiency.

Power generating units over 6 MW, the layer above the grate burner size too large, the structure of complex and difficult layout, so the use of Room 20 ring the beginning of combustion furnaces, room heaters burning coal and oil combustion. Ground into a pulverized coal from Coal burner later injected into the combustion furnace, the capacity of generating units burning equipment was no longer subject to restrictions. Since the beginning of World War II, almost all of the use of power plant boiler furnace combustion chamber.

The early years of the pulverized coal to create a U-shaped flame. Pulverized coal burner air exhaled in the first drop in the furnace, and then turn increased. Later, a pre-arrangement of the cyclone wall burner, the flame in the furnace to form L-shaped torch. With the increased capacity of the boiler, burner swirl number have begun to increase, can be arranged in both sides of the wall, the former wall can also be arranged. 1930 arranged around a corner in the furnace and most of the way into tangentially fired burner DC.

After World War II, the oil price, widely used in many countries, oil-fired boiler to start. Oil-fired boiler to increase the degree of automation easy. 70s after the oil price increases, many countries have once again shifted the use of coal resources. At this time the capacity of power plant boiler is also increasing demands combustion equipment can not only burn completely and fire stability, reliable operation, low-load performance, and also the need to rece pollutants in smoke.

In the coal (especially lignite fired) power plant boiler used in the staged combustion or low temperature combustion technology, that is, the delay coal mixed with air or mixed gas in the air so as to slow down the combustion or burner to curb spread open temperature, not only inhibited the generation of nitrogen oxides, but also to rece slagging. Boiling temperature combustion is a combustion, combustible with the exception of a very high ash solid fuel, but also mixing in the boiling bed of limestone for desulfurization.

Boiler work

Boiler, said boiler performance parameters are the main indicators, including the capacity of the boiler, steam pressure, steam temperature, water temperature.

Rated boiler capacity available for evaporation or maximum evaporation expressed. Evaporation is rated the required outlet pressure, temperature and efficiency, the unit time for the steam proction capacity. Evaporation is the largest for the export of the required pressure, temperature, the unit time to the maximum amount of continuous proction of steam.

Parameters, including steam boiler steam pressure and temperature, usually refers to superheater, reheater exit of superheated steam pressure and temperature if there is no overheating and Reheater, meaning that the exit of the boiler steam pressure and temperature. Economizer water temperature is the temperature of the water, no economizer inlet temperature when the drum means.

Boilers can be classified in different ways. Boilers can be classified by end-use of instrial boilers, utility boilers, marine boilers and locomotive boilers, etc.; by boiler outlet pressure can be divided into low, medium pressure, high pressure, high pressure, sub-critical pressure, supercritical pressure boiler; boiler by water and flue gas flow path of the fire extinguishers can be divided into the boiler, fire tube boilers and water tube boiler, in which fire extinguishers and fire-tube boiler as the boiler and shell boiler; by a revolving basis, can be divided into the natural circulation boiler, auxiliary boiler cycle (that is, mandatory cycle of the boiler), once-through boiler and combined cycle boilers; by combustion, the boiler room is divided into burning stoves, heaters and boiling layer burning heaters.

In the water system, water heated in the heater to a certain temperature, the water supply pipe into the economizer, and further into the drum after heating, and boiler water mixture downstream along the vertical pipe to the water wall header imports. Water absorption in the water-wall tube furnace to form a soft mixture of radiant heat by the arrival of drum riser, the separation device by soft water, gas separation. Separated from the saturated steam flow from the upper drum to the superheater, to continue to endothermic become superheated steam of 450 ℃, and then to the steam turbine.

Burning and smoke in the wind systems, air blower into the air preheater heating to a certain temperature. In the mill was ground into a certain fineness of pulverized coal from a part of the air preheater by the hot air to carry injected into the furnace burner. Out of the coal burner and air mixture in the furnace with the rest of the hot air combustion, a large number of heat release. Thermal post-combustion flue gas flowing through the furnace order, condensate resie control, superheater, economizer and air preheater, and then after a st removal device, remove the fly ash, the last by the suction fan to the chimney into the atmosphere row.

Boiler structure

The overall structure of the boiler, including boiler and auxiliary equipment of two major parts. Boiler in the furnace, drum, burner, wall superheater, economizer, air preheater, furnace wall structure and composition of major components of the core of the proction of steam, known as the boiler. Boiler in the two most important components are the furnace and the drum.

Also known as furnace combustion chamber, fuel combustion for space. Will be on solid fuel on the grate for the fire-bed combustion furnace known as the layer burning stoves, also known as the fire-bed furnace; will be liquid, gas or ground into a powder of the solid fuel, is injected into the combustion chamber of the furnace of fire known as the Room burning furnace, furnace room, also known as the fire; air will hold its coal combustion was boiling and low-grade fuel for combustion furnace known as the boiling furnace, also known as the fluidized bed furnace; the use of coal particles of air flow so that high-speed rotation, and strongly burning furnace of cylindrical furnace known as the Tornado.

Furnace cross-section of generally square or rectangular. Fuel combustion in the furnace flame and high temperature flue gas to form, so the stove around the furnace wall by the high temperature materials and thermal insulation materials. In the furnace wall on the inner surface of the regular laying of water-wall tube, it will not burn the protection of furnace wall and the flame and high temperature flue gas to absorb the large number of radiant heat.

Furnace designed to take full account of the characteristics of the use of fuel. Each boiler shall be fueled with the original design as much as possible fuel. Burning characteristics of the larger difference in fuel economy when the boiler operation and reliability can be reced.

Drum is a natural cycle and multiple forced circulation boiler, the economizer to accept the water supply, circuit connection to the steam superheater cylinder delivery device described. Traditional drum made from high quality thick steel plate is a boiler in one of the most important components.

Drum's main function is water, soft drinks to the separation of pot ruled out running in the saline water and mud resie, to avoid high concentrations of salt and impurities in the boiler water with the steam entering the superheater and the steam turbine in.

Device includes an internal drum separator and steam cleaning equipment, water distribution pipes, sewage processing equipment such as drugs. Separator device which is to come from the wall and the saturated steam from the water and to minimize the steam in small water droplets carried. , The low-pressure boilers used as a baffle and baffle gap separating coarse components; over medium-pressure boiler in addition to a variety of widely used types of cyclone for the separation of rough, but also with 100 windows, steel mesh or steam, etc. are carried out further separated. Drum water level is also equipped with a table, a safety valve, such as monitoring and protection facilities.

To assess performance and to improve the design, often have to go through the boiler heat balance test. Directly from the efficient use of energy to calculate the thermal efficiency of boiler is a balanced approach is called, from a variety of heat loss to the efficiency of counter-balance method is called counter-balance. Consider the practical benefits of the boiler room not only depends on the thermal efficiency of boilers, but also taking into account the auxiliary boiler and the amount of energy.

Unit mass or unit volume of fuel combustion, the chemical reaction is calculated according to the theory of air known as air traffic demand. In order to make the fuel in the furnace, there are more opportunities for contact with oxygen combustion, the actual volume of air into the furnace is greater than the total theoretical air. Although more air into the incomplete combustion can rece heat loss, but the smoke will increase heat loss, but also exacerbate corrosion of sulfur oxides and nitrogen oxides generated. Therefore efforts should be made to improve the combustion technology for small to minimize the excess air ratio so that the combustion chamber completely.

Boiler flue gas contained st (including fly ash and carbon black), oxides of sulfur and nitrogen pollution in the atmosphere are the material, without purification of their emission targets can be achieved several times indicators of environmental protection provisions of the several dozen times. Emissions control measures of these substances have a pre-combustion, improved combustion technology, desting, desulfurization and denitrification, such as. High chimney with only the area around the chimney to rece atmospheric concentrations of pollutants.

Flue gas st removal of the force used by gravity, centrifugal force, inertia force of adhesion, as well as sound waves, static electricity and so on. Generally used for coarse particle sedimentation and inertial force of gravity separation, at a high capacity centrifugal separation under the regular use of electrostatic precipitators and bag st filter with high collection efficiency. And the Sultan's wet - water film st collector in the droplet adhesion film can fly, can absorb a very high collection efficiency of gaseous pollutants.

The twentieth century since the 50's, people strive to develop comprehensive utilization of ash, Wei of harm. Ash manufacturers such as cement, brick and concrete aggregate and other construction materials. 70s extract from fly ash from Cenosphere, such as a fire-resistant insulation materials.

Boiler future development will further enhance the thermal efficiency of boilers and power plants; boilers and power plants to rece the unit cost of power equipment; to improve the operation of boiler unit level of flexibility and automation; to develop more varieties to suit different boiler fuel; raise the boiler unit and its the operation of auxiliary equipment reliability; to rece environmental pollution.

③ 鼓风炉和高炉是一样的吗为什么英文翻译都是Blast furnace

竖炉的一种。由炉顶、炉身和炉缸或本床组成。炼铁鼓风炉通称高炉；鼓风炉则一般指有色金属的熔炼竖炉。
一. 鼓风炉
blast furnace | air furnace 词博科技英语次科技词汇[38501-38600] | blast cupola furnace 鼓风炉; 化铁炉 .词博科技英语次科技词汇[49401-49500]|
例句与用法
1.铅团在鼓风炉中被溶解。杂质就能被掠去了。
The lead paste is then smelted in a blast furnace. Impurities can be skimmed off.
2.从均匀送风炉出发,评述了诸多均匀送风鼓风炉,如:无焦冲天炉、转炉、悬浮炉、煤炭气化炉、旋风炉、余热锅炉、沸腾炉等等,以期功能强化、能源节约和污染减轻,从而奠定炉型工程学基础。
In order to strengthen the function,save energy and lighten pollustion,this paper reviews many balanced-blast furnaces,example for cokeless cupola,converter,suspended furnace,coal-gasifier,cyclone furnace,remaining heat boiler,fluidezed bed etc.,started from balanced-blast cupola,therefore establishing the base of furnace type engineering science.

2. 正文
竖炉的一种。由炉顶、炉身和炉缸或本床组成。炉顶设有加料口和排烟口。炉身下部两侧各有向炉内鼓风的风口若干个，炉缸设有熔体排出口和放空口，本床只设一个排出口。
炼铁鼓风炉通称高炉；鼓风炉则一般指有色金属的熔炼竖炉。
鼓风炉可用于铜、镍、钴等金属的造锍熔炼和铅、锌等金属的还原熔炼，还可用于熔化杂铜和处理其他物料。鼓风炉的炉料一般为块状，燃料为焦炭。炉料分批从炉顶加入，形成料柱。空气由下部风口鼓入，焦炭在风口区燃烧，形成高温熔炼区；炉料在此激烈反应，不断熔化。还原熔炼时，熔体在炉缸内澄清，分别放出金属和炉渣，造锍熔炼时，熔体经本床流入前床，澄清分离出冰铜和炉渣。热烟气穿过炉料上升至炉顶排出过程中，使炉料预热（熔炼混捏精矿时,还使精矿烧结）,并发生部分熔炼化学反应。所以鼓风炉的传热传质条件好，热效率高，单位面积日生产能力（即床能率）大。

鼓风炉炉身横断面多为长方形，小型炉一般为圆形或椭圆形。炉内的风口部位叫风口区，风口区横断面积为衡量炉子大小的尺度。长方形鼓风炉风口区的宽度一般为1～1.5米,长度3～10米。风口至料面的距离称为料柱高度。炉顶料面上的温度为炉顶温度。鼓风炉熔炼的操作分高料柱（3.6～ 5.5米)冷炉顶(100～200℃)和低料柱（2.5～3.5米）热炉顶(300～500℃)两种。还原熔炼多用高料柱，造锍熔炼多用低料柱。鼓风炉的燃料为焦炭。还原熔炼时，焦炭兼作还原剂，焦率较高，如炼铅鼓风炉焦率约10～13％；造锍熔炼，焦率较低，炼铜鼓风炉焦率约 8～10％。鼓风炉风压与料柱高度和炉料块度有关，高料柱操作,一般为80～150毫米汞柱(表压)，低料柱操作，一般为50～80毫米汞柱（表压）。鼓风炉风口区为熔炼区，温度最高,炼铅炉约为1250℃,炼铜炉约为1350℃。鼓风炉的床能率以风口区单位面积计，炼铅炉一般为50～70吨／（米2·日）,熔炼铜精矿的鼓风炉一般为40～50吨／（米2·日）。
鼓风炉是传统的冶金设备之一。19世纪末，炉身开始采用局部水冷装置，后来发展成全水套炉身；现已发展为汽化冷却，生产低压蒸汽。

参考书目
赵天从主编：《重金属冶金学》,冶金工业出版社,北京，1981。

二.高炉
blast furnace 环境资源与相关词汇
. 近义词或词组
high furnace 化学及化工专业英语词汇(H) | shaft furnace 焊接专业关联词汇（铸造2）(3) - 焊接术语| blastfurnace
1.高铝质耐火泥浆用于高炉、热风炉及其它工业炉砌筑高铝砖。
High aluminum refractory mortars widely used for aluminum brick masonry in blast furnaces ,hot air stoves coke ovens , reheating furnaces and other instry furnaces.

2.焦炉厂中生成的焦炭在高炉中还原铁矿石（铁的氧化物）成铁。
As a simple overview, the blast furnace needs coke from the coke plant to rece the iron ore (iron oxide) to iron.
来源：www.labguide.cn

横断面为圆形的炼铁竖炉，用钢板作炉壳，里面砌耐火砖内衬。高炉本体自上而下分为炉喉、炉身、炉腰、炉腹、炉缸五部分。炉喉之上设置装料设备（见高炉供料和装料系统）。炉缸上部沿周均匀设风口，热风通过热风围管、支管和弯头、直吹管由风口鼓入炉内（见高炉鼓风系统）。风口平面之下有出渣口，渣口平面之下有出铁口。

高炉内型 高炉内型轮廓要根据原料、燃料、高炉容积和操作等条件设计。设计炉型时首先确定炉缸直径及单位炉缸面积每日燃烧焦炭的数量。中国设计的经验式是,式内d为炉缸直径（米）；i为冶炼强度〔吨／（米3·日）〕，取1.0～1.2；V为高炉容积(米3)；J为燃烧强度〔吨焦炭／（米2·日）〕,取24～28.8。然后按各部分尺寸比例和炉身角 (85°左右)计算。设计的内型要与生产中的高炉内型对比，参考容积近似的其他高炉的尺寸进行修改。

高炉炉体结构 按炉体外部结构、高炉基础、高炉内衬和冷却设备分述如下：
炉体外部结构 主要有自立式、炉缸支柱式、框架支柱式、框架自立式等四种。它们的差别在于支承炉顶、上部炉壳和砖衬负荷的地方不同。早期小高炉多是自立式，大型高炉大多采用框架自立式。现代大型高炉鼓风压力高,炉体外壳钢板加厚,壳内喷涂耐火材料，防止热应力和晶间腐蚀引起开裂和变形。风口平台有较宽敞的操作空间；取消渣口，改用矮式泥炮；风口平台连成一片，以便叉车和换风口机行走。

高炉基础 高炉基础所承受的负荷按平均每立方米炉容约5～6吨考虑，用钢筋混凝土基础建在岩石、筒式桩或钢管桩（内灌水泥）上。海滨建厂的大型高炉基础采用长几十米的钢管桩作底座。
高炉内衬 高炉炉壳内部砌有一层厚345～1150毫米的耐火砖，以减少炉壳散热量，砖中设置冷却设备防止炉壳变形。高炉各部分砖衬损坏机理不同，为了防止局部砖衬先损坏而缩短高炉寿命，必须根据损坏、冷却和高炉操作等因素，选用不同的耐火砖衬。炉缸、炉底传统使用高级和超高级粘土砖。炉底使用碳砖有三种型式：全部为碳砖；炉底四周和上部为碳砖，下部为粘土砖或高铝砖；炉底四周和下部为碳砖，上部为粘土砖或高铝砖。后两种又称为综合炉底。炉身上部和炉喉砖衬要求具有抗磨性和热稳定性的材料，以粘土砖为宜。炉腹砖衬被侵蚀后靠“渣皮”维持生产。
冷却设备 主要有冷却水箱和冷却壁两种。因高炉各部分热负荷而异。炉底四周和炉缸使用碳砖时采用光面冷却壁。炉底之下可用空气、水或油冷却。炉腹使用碳砖时可从外部向炉壳喷水冷却，使用其他砖衬时，用冷却水箱或镶砖冷却壁。炉腰和炉身下部多采用传统的铜冷却水箱。炉身上部可采用各种形式的冷却设备，一般用铸铁或钢板焊接的冷却水箱。炉喉一般不冷却。冷却介质过去使用工业水，现在改用软水和纯水。直流或露天循环供水系统也已被强制循环供水系统所代替，后者优点是热交换好、无沉淀、消耗水量少等。

④ 帮我翻译一下SOFA的意思（动力英语），下面是全句，能全翻着更好。在网上自动翻译还想要悬赏的勿扰！

SOFA 是 Separated Over-Fire Air 的缩写，中文称为【分离燃尽风】；这是降低发电厂烧锅炉时散发氧化氮的一种技术。

⑤ 英语Main Course怎么翻译

英语Main Course翻译是主菜。

重点单词：main。

一、发音

英 [meɪn]；美 [meɪn]

二、中文翻译

• adj.主要的；最重要的

• n.总管，输电干线；水源；煤气源；电源

三、词形变化

复数：mains

四、短语搭配

main boiler 主锅炉

main body 主体

main crop 主要作物

五、双语例句

1.What are your main learning goals?

你的学习主要目标是什么？

2.They have been wired into the main system now.

他们现在已经与输电干线接通了。

⑥ 火力全开的英文怎么说

火力全开的英文是：open fire

短语

短语

open-fire kettle火管式锅炉 ; 直接火加热蒸煮锅

Open n fire开火

open your fire开火 ; 开战

Open the fire开火

例句

1、On Monday unconfirmed reports surfaced of Syrian military units clashing with each other in Deraa when soldiers refused to open fire.

本周一，据一个尚未得到证实的报道称，因有士兵拒绝开火，叙利亚军队内部发生了冲突。

2、However, the German BCs soon have more to worry about. I have crossed the enemy T and my BBs open fire on the approaching German line at extreme range.

不过，德国战巡们很快有更多的担心，我已经越过了敌人的T字头，我的战列舰开始开火并打击德国战巡线列的外围舰船。

(6)锅炉型式英语怎么说及英文翻译扩展阅读

近义词

1、set out

出发；开始；陈述；陈列

短语

needle set-out织针排列

set trim out on清空多余的空格

set-out range启程

system set-out系统布置

2、come up

走近；发生；开始；上升；发芽；被提出

短语

come-up 诱惑物 ; 缩小 ; 台湾川方 ; 上浮

come galloping up to 飞驰而去

come e up to 来到近旁

⑦ 求英语达人翻译--酒店用品

KITCHEN AND BAKERY EQUIPMENT / 厨房及烘培设备
virtus 4 burner electric cooker with oven/四头电炉连焗炉
instrial shawamar machine / 维图斯商用沙威玛机
instrial hamburger grill / 维图斯商用汉堡烤架
instrial hot plate dispenser/ 商用热板饮料鼎
virtus n marie electric / 维图斯电双层蒸锅
virtus 4 burner gas with oven / 维图斯四头燃气炉连焗炉
virtus boiling pan electric / 维图斯电蒸煮锅
virtus stock pot stove / 维图斯煲仔炉
virtus electric deep fat fryer/ 维图斯电油炸锅
molar dish washer opt 130/ 美都乐130型带传送式洗碗机
instrial double bowl sink /商用双槽洗涤槽
instrial work table /商用工作台
molar potatoe peeler /美都乐削皮机
instrial flood standing scale /商用立式磅秤
instrial blender T5 商用T5搅拌机
instrial chopping block / 商用砧板
virtus electric griddle 1/2 grooved 1/2 smooth/ rough
维图斯电热半平半坑 扒炉
virtus orange squeezer 维图斯榨汁机
virtus display warmer pastry show rack 4 trays
维图斯保温型4层点心盘架
instrial microwave 商用微波炉
juice dispenser 3 bowls 11 litres--11升3连果汁鼎
instrial 2 tier service trolley 商用两层送餐车
instrial platform trolley 商用平板车
brema ice cube machine 24kg /24千克brema冰块机
molar ice cream machine 3 dispenser 美都乐3连冰淇淋鼎
insrial mince meat machine商用肉沫机
ght double door deep freezer ---ght双门冷藏柜
ght double glass door fridge -------ght双玻璃门冰箱
refrigerated cabinet 700 litres--700升保鲜柜
instrial wall cupboard--商用吊式碗橱
popcorn machine --爆米花机
grinding machine--碾磨机
soup kettle--汤锅
shelves rack--置物架
chaffing dishes 火锅
stainless steel exhaust hood, electro 2 fan with light
不锈钢电动带灯两扇抽油烟机
virtus rotor oven gas mixed convention
维图斯燃气转炉带烤箱
planetary mixer for bakery (40 and 20 kg)
面包房用行星式搅拌机（40和20千克）
instrial bread slicer 商用面包切片机
instrial pastry roller 商用蛋卷机
cobber washing machine electric heated库伯电热洗涤机
cobber tumble dryer machine electric heated库伯电热烘干机
cobber flat worker ironer 5.9ft electric heated
库伯 5.9英寸电热平熨机
pony room service trolley 坡尼房间服务小推车
pony suit former 坡尼西服整形机
pony rectangular finishing board with boiler
坡尼方形烫台带锅炉
pony hot plate prsser(jackson) with boiler
坡尼热板压呢机带锅炉
bagging machine 装袋机
cobber hydro extractor 库伯脱水机
wet linen trolley (aluminum）湿亚麻织物推车（铝质）
dry linen trolley (plastic) 干亚麻织物推车（塑料）

⑧ 锅炉发电，焊接术语中，英文tube，ct和pipe翻译成中文都是“管”，那它们的区别是什么呢

tube，可以指化学上的试管，管子，管状物，盛膏状物体的管状容器，还指地铁，
ct指电视电缆的管道，通风管，手术上的人体内输送泪液，胰液的导管，比如胆管，
不过你要是锅炉方面，还是pipe合适，pipe指金属或塑料管道，比如燃气管就是gas pipe，，烟斗，烟筒，管乐器，这是我自己整理的，望对你有帮助，谢谢！