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OBIF open bottom inductive furnaces

Introduction to Open Bottom Inductive Furnaces

by hossien moshiri

Introduction to Open Bottom Inductive Furnaces

Open bottom Inductive furnaces have revolutionized various industrial processes by utilizing electromagnetic induction to generate high levels of heat. Among the different types of inductive furnaces, open bottom inductive furnaces have gained significant attention for their unique design and exceptional performance. This article aims to provide a comprehensive understanding of open bottom inductive furnaces and their application in conjunction with olivine sand.

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metal foundry industries

Introduction to inductive arc furnaces and EBT value

by hossien moshiri

Introduction to inductive arc furnaces and EBT value

Introduction to inductive arc furnaces and EBT value

inductive arc furnaces and EBT value

Inductive arc furnaces play a vital role in various industrial processes, particularly in the melting and refining of metals. To ensure optimal performance and efficiency, maintaining the EBT (Eccentric Bottom Tapping) value of these furnaces is essential. The EBT value refers to the distance between the furnace’s electrode and the molten bath. However, numerous challenges arise in sustaining the desired EBT value, such as erosion, wear, and refractory lining degradation. In recent years, the usage of olivine sand as a filling material for the EBT value has gained significant attention due to its promising properties. This article explores the potential of olivine sand as an effective solution for maintaining the EBT value in inductive arc furnaces. It delves into the benefits, experimental studies, application procedures, performance evaluation, and future prospects of using olivine sand as an EBT filler.

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fabrics textile dyeing

AMPS Copolymer application in textile Industries

by hossien moshiri

AMPS Copolymer application in textile

AMPS Copolymer application in textile industry has seen immense growth and development over the years. With a wide range of fabrics available in the market, manufacturers are constantly looking for ways to enhance the quality and durability of their products. One such method is the utilization of AA/AMPS as dyeing auxiliaries in textile production. This essay will discuss the importance and efficacy of AA/AMPS in the dyeing process, highlighting its various applications and benefits.

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foundry sand olivine

Olivine Sand

by hossien moshiri

Olivine Sand Metal foundry

Olivine Sand: Enhancing Metal Casting Quality with Remarkable Properties

In the realm of metal casting, the quality of foundry sand plays a crucial role in determining the overall outcome of the final product. Among the various types of foundry sands available, olivine sand stands out for its exceptional properties and significant impact on the final product’s quality. In this article, we will delve into the importance of olivine sand, addressing its unique characteristics and highlighting its contributions to achieving superior casting results.

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antifoam or defoamer application in paper industries

Antifoam or defoamer agents application

by hossien moshiri

Antifoam or defoamer agents application

Definition

Antifoam or defoamer agents application widely used in the pulp and paper industries, play a crucial role in facilitating efficient production processes and ensuring high-quality end products. This essay explores the application of antifoam agents and their significance within these industries. By gaining a comprehensive understanding of antifoam agents, their mechanisms, and their impact on the final product, stakeholders in the pulp and paper industries can make informed decisions to optimize their operations.

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About AKD sizing

by hossien moshiri

About AKD sizing

AKD is an active sizing agent, which can react with the hydroxyl group of cellulose to form an irreversible covalent bond, and the sizing effect is stable.

The AKD sizing mechanism consists of three main steps:

1) AKD emulsion particles are attached to the fiber surface.

2) AKD is heated in the drying section and spreads on the fiber surface.

3) AKD reacts with hydroxyl groups of cellulose to form covalent bonds.

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