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Lignosulfonat Lignin
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glukonian sodu
Biodegradable And Environmentally Friendly Sodium Ferrochrome Lignosulfonate Designed For As Binder And Dispersant In Ferrochrome Production
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x| skład chemiczny | Sole lignosulfonianowe w połączeniu z żelazochromem | Funkcjonować | Używany jako środek wiążący i dyspergujący w produkcji żelazochromu |
|---|---|---|---|
| Warunek przechowywania | Przechowuj w chłodnym, suchym miejscu z dala od bezpośredniego światła słonecznego | wielkość cząstek | Zwykle poniżej 100 Mesh |
| Aplikacja | Produkcja stali, produkcja żelazostopów, tłumienie pyłu | Wygląd | Ciemnobrązowy do czarnego proszku |
| Rozpuszczalność | Rozpuszczalny w wodzie | Zadowolony | 5-15% |
| Podkreślić | biodegradable ferrochrome lignosulfonate binder,environmentally friendly ferrochrome dispersant,sodium ferrochrome lignosulfonate for production |
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Product Description:
Ferrochrome Lignosulfonate is a specialized compound widely used in various industrial applications, particularly in the formulation of drilling fluids. This product is a unique blend of lignosulfonate salts combined with ferrochrome, resulting in a highly effective and versatile material known for its excellent performance and environmentally friendly properties.
In terms of appearance, Ferrochrome Lignosulfonate presents as a dark brown to black powder, which facilitates easy handling and integration into different formulations. This powdery form allows for efficient dispersion in aqueous solutions, making it an ideal component in the preparation of drilling fluids. The aqueous solution of this product typically exhibits a pH range of 3.5 to 6.5, indicating a mildly acidic to neutral nature that is compatible with a variety of industrial processes without causing excessive corrosion or degradation of equipment.
The chemical composition of Ferrochrome Lignosulfonate is characterized by lignosulfonate salts that are chemically bonded with ferrochrome. This combination imparts unique properties to the compound, enhancing its binding capabilities and stability under demanding conditions. The presence of ferrochrome not only improves the structural integrity of the binder but also contributes to the overall effectiveness of the drilling fluid in stabilizing boreholes and improving the rheological properties of the fluid system.
A notable attribute of this product is its ash content, which ranges between 5% and 15%. This ash content is a critical factor in determining the product's purity and performance characteristics. The controlled ash content ensures that the Ferrochrome Lignosulfonate maintains a balance between organic and inorganic constituents, optimizing its performance as a lignosulfonate ferrochrome binder within drilling fluids and other composite formulations.
Environmental considerations are increasingly important in industrial material selection, and Ferrochrome Lignosulfonate stands out due to its biodegradable and environmentally friendly nature. Unlike many synthetic additives, this compound breaks down naturally without leaving harmful residues, making it an excellent choice for sustainable operations that prioritize minimizing ecological impact. Its biodegradability ensures that it complies with stringent environmental regulations, making it suitable for use in environmentally sensitive drilling operations and other industrial applications.
As a drilling fluid additive, the Ferrochrome Lignosulfonate compound plays a vital role in enhancing the efficiency and safety of drilling operations. The lignosulfonate ferrochrome binder acts by improving the fluid’s viscosity control, filtration loss reduction, and overall stability, which are crucial for maintaining borehole integrity and preventing formation damage. This makes it an indispensable component in modern drilling fluid formulations where performance and environmental compliance are both critical.
In summary, Ferrochrome Lignosulfonate is a dark brown to black powder compound with a pH range of 3.5 to 6.5 in aqueous solution, composed of lignosulfonate salts combined with ferrochrome and containing 5-15% ash. It is biodegradable and environmentally friendly, making it a responsible choice for industrial applications. Its primary use as a lignosulfonate ferrochrome binder in drilling fluids underscores its importance in enhancing drilling performance while adhering to environmental standards. The Ferrochrome Lignosulfonate compound is a reliable, effective, and sustainable material designed to meet the demanding needs of the drilling industry and beyond.
Features:
- Product Name: Ferrochrome Lignosulfonate
- Particle Size: Usually Below 100 Mesh
- Chemical Composition: Lignosulfonate Salts Combined With Ferrochrome
- Appearance: Dark Brown To Black Powder
- Application: Steelmaking, Ferroalloy Production, Dust Suppression, and Oil Drilling
- Contains Ferrochrome Lignosulfonate Compound for enhanced performance
- Available as a Ferrochrome Lignosulfonate Solution for versatile use
Technical Parameters:
| Shelf Life | 12 Months Under Proper Storage Conditions |
| pH Value | 3.5 - 6.5 (aqueous Solution) |
| Environmental Impact | Biodegradable And Environmentally Friendly |
| Chemical Composition | Lignosulfonate Salts Combined With Ferrochrome |
| Application | Steelmaking, Ferroalloy Production, Dust Suppression |
| Density | Approximately 1.2 - 1.4 G/cm³ |
| Moisture Content | Typically 5-10% |
| Appearance | Dark Brown To Black Powder |
| Ash Content | 5-15% |
| Function | Used As A Binder And Dispersant In Ferrochrome Production |
Applications:
In the field of geological drilling, oil drilling mud thinners play a crucial role in enhancing the fluidity of drilling mud. These thinners are specially designed to maintain their effectiveness even under high-temperature conditions, making them ideal for use in deep drilling operations where temperature resistance is essential.
One of the key features of these mud thinners is their excellent thinning performance combined with strong filtration control capabilities. Additionally, they exhibit powerful anti-electrolyte properties, making them compatible with a wide range of mud types. This versatility ensures they can be effectively applied in various drilling environments.
These mud thinners perform effectively at temperatures exceeding 150 to 160°C. Moreover, when used in conjunction with lignite derivatives and other temperature-resistant chemicals, they remain stable and functional at temperatures above 200°C. This makes them suitable for challenging high-temperature drilling scenarios.
Furthermore, FCLS serves as an efficient emulsifier for oil-in-water mud systems. This characteristic helps to maintain the stability and performance of the drilling mud, contributing to the overall success of the drilling process.


