Архив для категории: Новости

Стальная конструкция is a structure composed of steel materials and is one of the main types of building structures. The main load-bearing members are made of steel, and it is widely used in large-scale factories, gymnasiums, ultra-high-rise buildings, bridges and other fields by virtue of its advantages of high strength, легкий вес, fast construction and strong resistance to deformation, п. We can see that the applicability of steel structure is very strong, especially in the field of construction, which greatly solves the difficult problem that the construction site is susceptible to the influence of factors such as temperature and humidity, and helps to improve building It helps to improve the quality and safety of construction.
Compared to traditional concrete buildings, steel structures replace reinforced concrete with steel plates or profiles, which has obvious advantages in the field of construction. Below we highlight a few of the major advantages of using steel in construction:
1. High strength and light weight: Steel structure is characterized by high strength and low weight, and its tensile, compressive and flexural strengths are much higher than those of traditional building materials. Under the same load, the self-weight of steel structure is lighter, which is convenient for transportation and installation, especially suitable for structures with large span or heavy load.

2. Fast construction speed: the components of steel structure are usually prefabricated in the factory and then transported to the site for assembling, this prefabricated production and fast on-site assembling greatly shortens the construction cycle, is not affected by the season, and can be carried out normally under the conditions of cold or rainy season.

3. Good seismic resistance: steel structure has good ductility and toughness, and can absorb a lot of energy, so it performs well under dynamic loads such as earthquakes. The steel structure adopts the cold-formed thin-walled steel component system, which can effectively prevent the steel plate from rusting and increase the service life of the components.
4. Economy and energy saving: low maintenance cost, долгой срок службы, и экономически эффективный. Steel structure can be recycled and utilized to reduce construction waste, which contributes to environmental protection as well as sustainable economic development.

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More detailed information about the advantages of using steel structures in construction can be found by visiting:https://www.meichensteel.com/a/news/advantages-of-using-steel-structures-in-construction.html

A welding roller stand is a piece of equipment used to weld metal rollers, usually in mechanical engineering and manufacturing. Its main function is to provide precise control and a stable welding environment, enabling workers to weld various types of rollers with ease. Assembled through welding techniques, roller stands are used to provide a stable and smooth motion that can withstand repeated repetitive actions and high load environments, helping to improve productivity and product quality.
The three main types of welding roller stands include self-adjusting welding roller stands, adjustable welding roller stands and tamper-proof welding roller stands. In different scenarios, it is important to pay attention to choosing the most suitable welding roller frame. The following is the specific introduction of these three welding roller frame:
1. Self-adjusting welding roller frame refers to a kind of welding roller frame equipment that can be welded according to its own set parameters. It is usually used in industrial production, especially in the automotive industry, machining and robotics. It is characterized by its ability to automatically adjust welding parameters to achieve an efficient welding process. Self-adjusting welding roller frame can improve productivity, сократить производственные затраты, and can guarantee the quality of welding.
2. Adjustable welding roller frame is a kind of equipment in welding process, which is mainly used to realize the rotation and position adjustment of machine parts in the welding process. This equipment is usually composed of rollers, подшипники, rods and adjustable, п., can realize the precise control of fine-tuning. Adjustable welding rollers are commonly used in various types of robotic welding systems, CNC welding machines, automatic welding lines and other fields to improve welding precision and efficiency. It can not only cope with a variety of welding process requirements, but also to avoid human error and reduce labor intensity.

3. Anti-fluctuation welding roller frame is mainly used to prevent the welding process roller frame due to high temperature and mechanical stress and distortion or fracture. This kind of roller frame is usually made of special material with good weldability and anti-twist strength. It can be used in a variety of processes such as automotive manufacturing, machine building and electronic equipment manufacturing. By using tamper-resistant welding roller frame, it helps in accomplishing efficient production and reduces the failure rate as well as costly maintenance.

We can see that different welding roller frames also have more refined features, so it is important to pay attention to the scenario when using them and choose the most suitable welding roller frame. Choose the right welding roller frame, do not ignore the subsequent maintenance work when using. Here are a few points to note:
1. welding roller frame in welding suitable before the roller frame above all the obstacles to remove, and by the special person to use and custody, no contact with oil and fire.
2. In order to ensure that the use of roller frame equipment performance, so the transmission components should be set to a certain period of time to carry out lubrication checks! Roller frame transmission parts in the absence of lubrication, it is strictly prohibited to use the product.

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More detailed information about the Guidelines for the Use of Welding Roller Stands can be found by visiting: https://www.bota-weld.com/en/a/news/guidelines-for-the-use-of-welding-roller-stands.html

Вибрирующий экран is a kind of mechanical equipment used to screen different particle size substances, который состоит из экрана и вибратора. Он вибрирует сетку экрана, Сделать большие вещества размера частиц в зоне оседания под сеткой экрана, оставить вещества меньшего размера частиц, so as to achieve the purpose of separation. Vibrating screen is mainly divided into linear vibrating screen, circular vibrating screen and high frequency vibrating screen. It mainly includes the following characteristics:
1. It adopts high-frequency and high-amplitude vibration mode to screen different materials to different degrees to achieve the required precision, improve screening efficiency and save time.
2. It can deal with powder, granule, liquid and other materials to meet the precise screening needs of different industries.
3. It can realize the automatic setting of screening time and frequency, simplifying the operation process. Realize remote operation and monitoring, reduce manual intervention.

These characteristics of the vibrating screen so that it has a place in many applications, in each field it plays a very important role, the following mainly introduces the application of the three areas of the scene:
1. Food industry: As food in the production process involves screening and selection of materials, this process is very cumbersome, it is difficult to improve the efficiency of manpower alone, and thus the food vibrating screen came into being, and has become an indispensable piece of machinery and equipment in the production process of many food industries. Food vibrating screen is mainly used for screening various food materials and finished products. Using this equipment, we can not only improve the screening efficiency and precision, but also to ensure the quality and integrity of food.
2. Pharmaceutical industry: the pharmaceutical industry has an extremely important impact on people’s health, so the requirements for vibrating screens in the pharmaceutical industry will be higher, and the materials used should strictly meet the corresponding production standards. In the pharmaceutical industry, the vibrating screen can be used to process the raw materials in advance, such as screening, cleaning and drying of medicinal materials; it can also be used for the screening of intermediate products, such as the grading of powder and tablets and dust removal; it can also be used for the quality control of the finished products, such as the inspection of the drugs before packaging.

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More detailed information about the applicable scenes of vibrating screen can be found by visiting:https://www.hsd-industry.com/news/applicable-scenes-of-vibrating-screen/

Vibrating screen exciter is an important part of the вибрирующий экран, which vibrates to make the material screened and washed on the screen mesh to improve the production efficiency and quality. The role of vibrating screen exciter also includes the movement of vibration eccentric shaft, which generates vibration force to ensure that the materials are fully separated and cleaned. This article is mainly from its advantages and influencing factors for specific elaboration.
Vibrating screen exciter plays a vital role in industrial production, нефть, но не обязательно, construction materials and other fields have its appearance, and vibrating screen exciter can be widely used in a number of industries, thanks to its significant advantages.
1. Simple and economic: vibrating screen exciter structure is simple, легко установить, low maintenance costs. It can be quickly put into use in different environments, and maintain a good operating condition.
2. Stable and reliable: vibrating screen exciter has a long service life, and has constant vibration performance and screening effect during long-term use, which brings continuous economic benefits for users.

3. Efficient and flexible: the vibrating screen exciter has high screening efficiency and precision. It can be adapted to local conditions, motorized adjustment of vibration parameters, to achieve efficient screening operations.

Однако, if you do not understand the impact of vibrating screen exciter factors, perhaps it will affect the use of equipment and subsequent production progress. So what are the factors that will affect the operation of the vibrating screen exciter?
1. Power supply failure: the power supply voltage is too high or too low will lead to the shaker can not work properly, or even damage the motor. Кроме того, poor contact or broken power lines can also lead to shaker failure.

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More detailed information about the factors affecting the operation of vibrating screen exciter can be found by visiting: https://www.zexciter.com/en/a/news/factors-affecting-the-operation-of-vibrating-screen-exciter.html

Стеклянные печи Это специальные печи, используемые для выплавки стали и предназначенные для закалки поверхности стекла., Обычно производство продуктов в условиях высокой температуры и высокого давления, такие как компьютерные чипсы, Оптические волокна, керамика и полупроводники. Он характеризуется его способностью делать ультра-жареные эмалированные стекло и прозрачные электрические пайковые агенты, которые обычно используются для производства стеклянных продуктов, таких как жидкокристаллические дисплеи и оптические волокна. По сравнению с традиционными печи, Стеклянные печи обеспечивают лучшую теплоизоляцию, более низкое потребление энергии и более длительный срок службы.
Стеклянная печь используется для улучшения прочности и безопасности стекла, образуя слой сжимания на поверхности стекла и слой на растягивающий напряжение внутри с помощью физических или химических методов. Конкретно, Принцип работы из стеклянной печи заключается в следующем:

1. Физический метод отпуска:

Нагрев стекло до температуры, близкой к точке смягчения (около 650 ° C.) а затем быстро охлаждая, сжимающее напряжение генерируется на поверхности стекла, и внутри генерируется растягивающее напряжение. Это распределение напряжений делает стекло, Когда подвергается внешним силам, Сложный напряжение сжатия может компенсировать часть растягивающего напряжения, Предотвращение разбиваемого стекла, тем самым улучшая его воздействие и силу изгиба.

2. Химический метод отпуска:

Благодаря процессу обмена ионов, на поверхности стекла образуется слой напряжения сжима. Этот метод подходит для ультратонкого, Маленький размер или сложный стеклянный стеклянный. Химическое измеренное стекло имеет более высокое напряжение сжимания поверхности, Но внутреннее растягивающее напряжение меньше, так что нелегко самооборотать и более высокая безопасность.

Стадии формирования стеклянной печи в основном включают в себя следующие основные процессы: партия, таяние, формирующий, обогрев, утолить и осмотреть в хранение.
1. Ингредиенты: эффективные компоненты, Согласно разработанной формуле, Различное сырье будет смешано равномерно. Чтобы обеспечить качество стекла.
2. плавление: Сырье будет расплавлен при высокой температуре, образуя равномерную стеклянную жидкость без пузырьков. Процесс плавления обычно проводится в таянии печи, из которых есть два типа: Тигбл печь и печь бассейна. Типичные печи используются для производства оптического стекла и цветного стекла, В то время как печи ванны используются для производства большинства видов стекла, в основном в непрерывном производстве.

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Более подробную информацию о процессе изготовления закаленного стекла в печи для закалки стекла можно найти на сайте: https://www.shencglass.com/en/a/news/glass-tempering-furnaces-make-tempered-glass.html