RESIN OFFERINGS
A variety of resins with different properties and application areas are available for testing and evaluation.
Optimized for common water-based applications
Powerful for non-aqueous and aqueous solutions
Solid phase extraction products
TEMIZ™ Separation resins are available both available as generic resins for water optimized applications, but we also have very unique and rigid resins for non-aqeuous applications.
Novel rigid resins are optimized to retain small molecules such as phytochemicals, pesticides, aroma / fragrance molecules, pharmaceutically active compounds, natural color compounds, toxins and other similar molecules. Application areas for those resins are extracts from plants such as for phytomedicine, essential oils, biotechnological process solutions, like fermentations, and other natural complex process solutions that are aimed for analysis, food, beverages, health, cosmetics, pharma products or reference substances.
Resins with larger pores are optimized for use to bind larger biomolecules, such as proteins, antibodies and similar biological large entities.
SABIT™ Solid phase support resins are aimed at solid phase synthesis of peptides, but also oligonucleotides such as DNA or RNA. It can be envisioned that rigid macroporous polymeric resins can find use in novel types of flow-through synthesis.
Also, large pore resins can be used as enzyme carriers for biotransformation applications.
Redstone Separations AB is a flexible and agile company and can quickly adapt to what is needed to solve todays problems in purification, analysis and synthesis.
All resins are made in Sweden and the EU.
We supply from g-scale to ton-scale.
Thorough characterization & Analysis
- We conduct characterization and material analysis of the produced materials
- Analytical evaluation via HPLC, UV-Spec etc
- Particle characterization by microscopy, particle size distribution analysis, BET pore analysis
- Various types of material characterization is conducted to ensure constant material properties
Light microscopic picture: Particles in the 10 µm size range with a narrow particle size distribution.
Representative example of a particle size distribution curve of a resin sample.
