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Import and Export of Lignosulfonate – Versatile Products for Industrial Applications
We offer a wide range of lignosulfonate products for industrial applications. Our products originate from the EU and impress with their quality and versatility.
Product Overview
- Group: Ammonium Calcium Lignosulfonate
- CAS No.: 8061-52-7, 66071-92-9
- Properties:
- Dry Matter: Ø 95.0 ± 2 %
- Solubility: Ø > 99 %
- pH Value: 5.2 ± 0.5
- Ammoniacal Nitrogen: Ø 2.8 %
- Ignition Temperature: approx. 500 °C
- Group: Sodium Lignosulfonate
- CAS No.: 8061-51-6
- Properties:
- Dry Matter: Ø 95.0 ± 2 %
- Sodium Content: Ø 7.0 %
- pH Value: 7.5 – 9.0
- Ignition Temperature: approx. 500 °C
Applications
Lignosulfonates are used in various industries:
- Animal Feed Industry: Pellet binding agents
- Construction Industry: Dispersing agents for concrete additives, plasticizers for bricks and ceramics
- Wood and Paper Industry: Binders for fiberboards
- Agriculture: Dispersions and fertilizers
- Other Applications: Activated carbon, granular molding, molds, peptization agents, tanning agents
Packaging
Our lignosulfonate products are delivered as brown powder in 25 kg paper bags on 1,250 kg pallets.
Safety and Environment
- Not explosive (VDI Report 165)
- Biodegradable and fermentable
- Not classified as hazardous goods according to transport regulations
- EINECS No.: 2325059
- REACH compliant: no registration required
Contact Us
In addition to the products listed, we offer other modified lignosulfonates tailored to specific requirements. For detailed information and safety data sheets, please feel free to contact us.
Trust in our expertise in the import and export of lignosulfonates to reliably and efficiently meet your needs!
| Product | C12 | N18 |
| Dry Matter % | Ø 95.0 +/- 2 | Ø 95.0 +/- 2 |
| Solubility % | Ø > 99.0 | – |
| pH Value | 5.2 +/- 0.5 | 7.5 – 9.0 |
| Ash % | Ø 5.5 | Ø 21 |
| Calcium % | Ø 3.0 | – |
| Ammoniacal Nitrogen % | Ø 2.8 | – |
| Sodium % | – | Ø 7.0 |
| Total Nitrogen % | Ø 3.8 | Ø 2.0 |
| Sulfur % | Ø 7.0 | Ø 7.0 |
| Reducing Sugars % | Ø < 11 | Ø < 5.0 |
| Ignition Temperature | approx. 500°C | approx. 500°C |
| Thermal Decomposition | approx. 200°C | approx. 200°C |
| Moisture Content % | Ø < 5.0 | Ø < 5.0 |
| Density | Ø 0.6 +/- 10% | Ø 0.6 +/- 10% |
What Are Lignosulfonates? A Valuable Byproduct of Pulp Production
Lignosulfonates are byproducts of pulp production, formed during the chemical process of extracting pulp from wood. Lignin, a natural polyphenol, is a key component of plant cell walls, providing strength and resilience to plants. During pulp production, lignin is separated from cellulose fibers and processed into lignosulfonates. These compounds, once considered waste, are now utilized across various industries due to their versatile properties.
The Formation and Use of Lignosulfonates
Paper production has a history spanning over 2,000 years. While the core process has remained largely unchanged, industrial paper production has evolved significantly with the advent of technologies such as mechanical paper machines and wood-based pulp production. This process generates several byproducts, among which lignosulfonates have proven to be the most versatile.
Lignosulfonates are created when lignin is dissolved during the cooking of wood in alkaline or sulfite solutions. These highly polymerized compounds are valued for their unique properties as binding and dispersing agents. Although approximately 50 million tons of lignosulfonates are produced globally each year, only about 5% are recycled for material use; the remainder is typically burned for energy.
Applications of Lignosulfonates
The versatile properties of lignosulfonates make them a valuable raw material in various industries:
Concrete Industry: Lignosulfonates serve as plasticizers in cement, improving the workability of concrete and reducing water content.
Animal Feed Industry: As pellet binders, lignosulfonates enhance the stability of feed pellets by holding them together.
Pesticide Industry: Lignosulfonates act as dispersing agents, improving the efficacy of pesticides and optimizing their application.
Tanning Industry: In leather production, lignosulfonates are used as fillers in vegetable tanning processes.
Advantages of Using Lignosulfonates
The use of lignosulfonates as a value-added material offers numerous benefits:
Sustainability: As byproducts of pulp production, lignosulfonates enable resource-efficient use across multiple industries.
Versatility: Their applications span diverse sectors, from construction to agriculture.
Efficiency Improvement: Lignosulfonates enhance production processes, reduce costs, and minimize environmental impact.
Conclusion: Lignosulfonates as a Valuable Byproduct
Lignosulfonates have become an indispensable byproduct of pulp production, offering versatile applications across multiple industries. Their ability to serve as binders, dispersing agents, and fillers makes them a valuable raw material that enhances production efficiency and promotes sustainability in the industries that utilize them.
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