Thermic Lance and the Demolition Test of Concrete Structures

To pull down a building, the concrete is crushed using an excavator, and then the steel is cut with an oxyacetylene torch. Though, excavators cannot be used in various high-rise structures, also the oxyacetylene torch cannot deal with concrete demolition. Working for concrete demolition and pulling down of mining closure is a dangerous task, and thermic lance-using construction businesses are ignorant of what to look for to ensure safety. There is a knowledge gap about the use of thermic lances to deal with hardened concrete demolition. It is optimal for the customers to find a suitable method to have concrete demolition and steel structures with highly considered safety and security for old high-rise buildings that cannot be demolished by excavators because of lack of sufficient space.

In this content, we’d like to discuss about thermic lance and its one of the various solutions for cutting hardened concrete structures in high-rise buildings not including the use of an excavator.

Improving Work Efficiency in Aluminium Melting Furnaces

Improving Work Efficiency in Aluminium Melting Furnaces

There are several needs required to enhance the performance of inserting/ blowing inert gas to prevent oxidization with useful tools during smelting of Aluminum. Also, there is a requirement, to test out the temperature of molten aluminum to control the flow of the metal effectively. In due course, the production process also involves tools with good performance to clean up spattered aluminum metal on the furnace walls and floor. It is ideal that aluminum producers can understand well what nature of pipe can be employed for each of their production steps to lower their cost and enhance efficiency.
In this blog, we shall explain the production process of aluminum refining and also introduce our lance pipes appropriate for each step of production.

Technical Factors to consider when buying Calorized Lance Pipes

There are various types of Calorized Lance Pipes used for steel manufacturing process. Hence, it is challenging to understand which types would be suitable for customers’ furnace and customers’ desirable usages. When the customers consider buying Calorized Lance Pipes, it is legit for the customers to have a lot of queries relating to the technical specifications and hence expects us to provide them with sufficient knowledge. Customers want to feel reassured after they meticulously understand all the factors that affect the quality and practical application of Calorized Lance Pipes.
We would therefore like to introduce the most common measures when buying Calorized Lance Pipes, so that it will help the customers to know which factors to consider before deciding to purchase the same.

Various types of Lance Pipes and their usage in Blast Furnace and Electric Furnace

Every steel making processes uses different kinds of lance pipes. The Lance pipes primarily used in Blast Furnace (BF) and Electric Furnace (EF) are of various kinds as well. Hence, the customers must consider which lance type would be suitable for their specified stage in the steel production for better and effective performance.
In most cases, the customers are unaware about which particular lance would be required for a specific process in steel making. Thus, today we shall discuss about the variation of the lance pipes and their usage in each stage of the steel making process. This will help the customer manage the purchase plan considering the most suitable lance in accordance with their demands.

Aluminum Lance Pipe and its requirement for Manufacturing Solar Cell Panels

The European Commission plans to launch a large-scale solar energy rollout and revive Europe’s solar manufacturing economy. The initiative is a part of the push to reduce dependence from Russian fossil fuels.
It is therefore, ideal to be able to steadily increase the production of metallic silicon, which is the raw material.
While the manufacturing of metallic silicon itself is improving, the problem is that manufacturers are not been able to find a steady source for aluminum lance pipes, which are utilized for silicon metal smelting, from outside Europe.
The concern is that the steady supply of aluminum lance pipes required to produce metallic silicon has not been accomplished in Europe.
Thus, today we shall be discussing about the Aluminum Lance Pipes which are useful for manufacturing Solar Cell.

Lance Holder for Thermic Lance

Mostly the consumers use our lances mainly for the quality of the product as well as the easier usage and saving of costs.
Now, the consumers might have questions like how to connect the lances effectively so that one can use it without any hassle. Therefore, today we are going to discuss about an item which is engineered and designed to eliminate this question so that the consumers can use the lances conveniently. The item is named as Lance Holder.

Connecting Methods of Calorized Lance Pipes

Calorized Lance Pipe

Calorized Lance Pipe is an essential tool for high temperature metal melting procedure. This enables the customers to have their preference for the couplings on the pipes as per their requirement. Therefore, today we shall be discussing about the different connection methods for Calorized Lances.

Difference between MS pipe, Ceramic Coated Lance pipe & Calorized Lance Pipe

In this piece of information, we shall discuss about our different lances and their comparison with one another. It is evident that the end users of lance pipes have other options for using the steel pipes to improve the proficiency considering the applications for the lance pipes.
This is why, today, we shall be discussing about the three types of lancing pipes that are used in the refining and steel melting industries namely, Mild Steel Pipes, Ceramic Coated Lance Pipes and Calorized Lance Pipes and how they are different from each other.

Use of Renewable Energy in Steel Manufacturing

We already know that steel is manufactured from liquid iron from Blast Furnace. The heat from the BF’s stove area melts the metal by transforming pushed air into hot air. Whereas steel is manufactured from scrap in an Electric Arc Furnace. In general, EAFs generate heat using two separate types of Electrical Currents. These are the primary knowledge of the steel manufacturing process.
But today we shall be discussing about an important topic which is quite a point in the Steel World. It is the use of Renewable Energy in Steel manufacturing.

Daiwa’s Calorized Lance and its performance

Calorized Lance

The new steel and the recycled steel scrap are often particularly produced in two ways- the Basic Oxygen Furnace (BF/BOF) and the Electric Arc Furnace (EAF).
Around 28% of the global steel production in 2020 according to the record of the World Steel Association is contributed by EAF. With the increasing proportion of steel scrap yearly and with the concerns of carbon dioxide has led many countries to switch to EAF for steel production.
If you are an EAF switcher who is interested in high productivity and ready to adopt an environmental method of manufacturing then this piece of information will be helpful with a better solution to business.
Today we are going to discuss about the ideal choice of steel pipe for Manufacturing.