Andricite

High efficiency in industrial applications.

Reliable refractory thermal insulator.

This anhydrite mineral’s unique chemical composition and physical properties make it an excellent choice for industries requiring strength and durability. Whether you are producing concrete, speciality chemicals, or industrial materials.

anhydrite screed

Discover more about the versatile applications of our anhydrite mineral Andricite.

Andricite is a premium anhydrite mineral from LKAB Minerals, valued for its versatility and high performance across diverse industrial applications. Known for enhancing the quality and durability of plaster and cement, Andricite is also widely used in speciality chemicals, soil stabilisation, and construction materials.

Andricite can be distributed globally.

Video thumbnail - Discover the durability of Andricite

Discover the durability of our anhydrite mineral Andricite

Incorporating Andricite into your production process can improve performance, optimise operations, and enhance product quality to meet demanding standards in various sectors.

Worker applying industrial paint with a spray gun onto a metal surface, showcasing the use of anhydrite minerals.

Improve your business' product quality with Andricite.

Andricite’s chemical structure and physical stability make it especially suited for industries where strength and longevity are critical. Whether incorporated as an additive to improve cement durability or as a component in soil stabilisation, Andricite delivers consistent, reliable results that meet the demands of large-scale projects, infrastructure development, and specialised industrial applications. For more details about this anhydrite mineral, you can contact us directly.

Anhydrite mineral Andricite FAQs

Andricite is primarily used as a synthetic anhydrite binder in self-levelling compounds, flowing screeds, and other building chemistry applications where controlled setting, workability, and dimensional stability are important.
Unlike natural gypsum, Andricite is anhydrous calcium sulphate (CaSO₄) rather than hydrated calcium sulphate. This difference affects how it behaves in formulations, particularly where controlled reactivity and predictable binder performance are required.
Manufacturers often choose synthetic anhydrite because it offers more consistent chemistry and particle behaviour, helping improve batch-to-batch formulation control in industrial production.
No. While screeds are a key application, Andricite is also used in building chemistry, aerated blocks, plastics, coatings, adhesives, and PVC filler systems. 
In many mineral binder systems, Andricite can help support dimensional stability and reduce shrinkage-related movement when properly formulated.  
Yes. In self-levelling and flowing formulations, Andricite can contribute to smooth flow characteristics and easier placement, particularly in large-area flooring applications.   
Yes. Consistency of mineral composition and particle control make Andricite suitable for high-volume industrial production environments where predictable processing matters. 
Yes. Depending on formulation goals, Andricite can be used alongside cementitious or calcium aluminate systems to tailor setting profile, strength development, and shrinkage control. 
Offshore wind LKAB Minerals applications

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