Hypermer
The Hypermer range of advanced particle dispersants has been designed to meet the demanding requirements of suspending and stabilising micro and nano particles of metals, metal oxides and inorganic particulates.
Hypermer particle dispersants have been found to add value in applications such as conductive inks/pastes and advanced ceramics.
Key benefits
- Fast, clean burn out leading to a reduction in contamination and rejects
- Consistent and reproducible pastes and slurries reducing batch-to batch variations
- The range includes polymeric, oligomeric and monomeric dispersants, which cater to a broad range of different particle sizes
- Faster, more efficient dispersion
- Reduced viscosity for easier to handler dispersions
- Improved particle compatibility with polymer matrices
Product finder
View our Hypermer rangeUses of Hypermer
Hypermer dispersants are behind the cutting-edge performance demanded in electronics and other advanced material applications.
Advanced ceramics
- Improved ceramic density through increased solids loading
- Enabling miniaturisation of ceramic based electronic components
Display technologies
- Brighter, thinner, more energy efficient displays
- Enabling novel inkjet-based manufacturing
Electronic materials
- Uniformly dispersed conductive particulates for conductive ink and paste formulations
- Control of the rheology for printing
- Stabilise particle size for electronic polishing slurries
Nanomaterials
- Improved viability of dispersed nanoparticles
- Examples include: barium titanate, carbon nanotubes (CNTs), conductive carbon, graphene, graphene oxide, reduced graphene oxide, silver and quantum dots
Solution to enhance advanced particle technologies
Products
Hypermer™ KD1
Cationic
A cationic polymeric dispersant designed for creating stable solvent based dispersions of inorganic particulates in even the most demanding applications
Hypermer™ KD11
Cationic
Designed for use in applications such as advanced ceramics and nanomaterials, Hypermer KD11 is especially suitable for nickel and also offers a clean, ash free burn out after sintering.
Hypermer™ KD12
Monomeric
A monomeric dispersant for creating stable solvent based dispersions of advanced ceramics and carbons.
Hypermer™ KD13
Non-ionic
Suitable for creating solvent based dispersions of silver and copper for advanced ceramics, display technologies, electronic materials, and nanomaterials. Offers a clean burn out after sintering.
Hypermer™ KD14
Non-ionic
A non-ionic polymeric dispersant designed for use in a wide range of applications and is suitable for titanates, silver, copper, and carbons. It also offers clean burn out after sintering.
Hypermer™ KD16
Monomeric
A monomeric dispersant with two anionic anchoring groups. Suitable for glass powder, metal oxides, silver, copper, carbons, or nickel in electronic materials and has a clean burn out after sintering.
Hypermer™ KD2
Cationic
Designed for dispersions of inorganic particulates in polar organic solvents and aqueous systems. Suitable for a range of materials in a variety of advanced ceramic and nonmaterial applications.
Hypermer™ KD20
Anionic
An anionic monomeric dispersant for solvent based dispersions of particulates in a wide range of applications, with a clean, ash free burn out after sintering.
Hypermer™ KD21
Anionic
An anionic monomeric dispersant for solvent based dispersions of inorganic particles such as glass powder, carbons, and nickel for electronic materials. Also offers an ash free burn out.
Hypermer™ KD22
Anionic
An anionic monomeric dispersant particularly well suited for solvent based dispersions of glass powder, titranates, metal oxides and nickel.
Hypermer™ KD23
Anionic
A anionic oligomeric dispersant suitable for solvent based dispersions of inorganic particulates including glass powder, alumina, and nitrides.
Hypermer™ KD24
Anionic
Suitable for use across both solvent and aqueous based systems and designed for creating stable dispersions of a wide range of particles. A first choice for improving consistency and rheology control.
Hypermer™ KD3
Cationic
A cationic polymeric dispersant designed for creating stable solvent based dispersions of inorganic particulates, with a clean burn out after sintering.
Hypermer™ KD4
Anionic
Designed for use in non-polar solvents, Hypermer KD4 is suitable for inorganic materials common to advanced ceramics and electronic materials.
Hypermer™ KD57
Monomeric
Particularly well suited for electronic materials including inks, Hypermer KD57 is a monomeric dispersant with two anchoring groups designed to create stable dispersions of inorganic particulates.
Hypermer™ KD6
Non-ionic
A non-ionic polymeric dispersant that improves consistency and flow properties of aqueous slurries in advanced ceramic and electronic material applications. Also offers clean burn out after sintering.
Hypermer™ KD66
Non-ionic
A non-ionic polymeric dispersant designed for creating stable solvent based dispersions of inorganic materials for use in advanced ceramics.
Hypermer™ KD7
Anionic
An anionic polymeric dispersant designed for creating stable water based dispersions of inorganic particulates, suitable for improving the stability and printability of functional inks.
Hypermer™ KD9
Anionic
Designed for creating stable dispersions of a variety of inorganic particles for advanced ceramic and electronic material applications in non-polar solvents. Offers a clean, ash free burn out after sintering.
Hypermer™ SL318
Proprietary
A high purity, water white zinc oleate based ligand designed to bring beneficial properties, minimal impurities and enhanced brightness when used in quantum dot shells.
Advanced ceramics
Dispersants and rheology modifiers for advanced ceramic slurrieshigh performance dispersants and rheology modifiers for advanced ceramic slurries, allowing high loading, controlled rheology, and improved stability.
Read moreDisplay technologies
Solutions for display technologiesSolutions for display technologies including performance additives for quantum dots and OLEDS, and bio-based monomers for optical films and adhesives.
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Speciality ingredients for electronic applicationsEnhancing processing efficiency and product performance in various electronic materials
Read moreNanomaterials
Dispersants and rheology modifiers for nanoparticlesSpeciality dispersants and rheology modifiers that enhance dispersion, stabilisation, and functionalisation of nanoparticles
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