Fillers
Manufacturer: Imerys
| Products | Description | Application |
|---|---|---|
| Celite 110 | Flux-calcined diatomaceous earth | Matting agent, improved adhesion and abrasion; used in varnishes and emulsion paints, specially suitable for road-marking paints |
| Celite 281 SS | Flux-calcined diatomaceous earth, low particle sizes, very white | Matting agent, improved water retention, abrasion and adhesion. Used in varnishes, emulsion paints and synthetic resin plasters |
| Celite 499 | Flux-calcined diatomaceous earth, very fine, very white | Matting agent, improved mechanical properties. Used in varnishes, plastics and sealants |
| Superfloss E | Flux-calcined diatomaceous earth, micronized, ultra fine diatomaceous earth | Matting agent, antiblock additive. Used in varnishes and plastics |
| Superfloss Superfine | Natural diatomaceous earth | Matting agent, antiblock additive. Used in varnishes and plastics |
| White Snow Floss | Natural diatomaceous earth | Abrasive in polishing pastes |
| Celite 209 | Natural diatomaceous earth | Matting agent, reliable water retention. Used in varnishes and plastics |
| CelTiX | Natural diatomaceous earth | TiO2 extension, improvement in opacity, matting |
| OpTiMat 2550 OpTiMat 3060 | Modified aluminium silicates, free of crystalline silicica | Very efficient matting agent, improved abrasion and adhesion. Used in varnishes, emulsion paints and synthetic resin plasters |
| ImerCure X10 | Ultra fine aluminium silicate | Also for UV systems |
| Ecoflat | Natural diatomaceous earth | Matting agent with low oil absorption value |
| Products | Description | Application |
|---|---|---|
| Supreme | Natural kaolin, d50 = 0.4 μm | TiO2 extender for water-based paints and varnishes |
| Speswhite | Natural kaolin, d50 = 0.7 μm | TiO2 extender for water-based paints and varnishes, matting properties |
| Polwhite B | Natural kaolin, d50 = 1.8 μm | TiO2 extender for water-based paints and varnishes, matting properties |
| Polwhite E | Natural kaolin, d50 = 3.5 μm | TiO2 extender for water-based paints and varnishes, matting properties |
| Polsperse 10 | Natural kaolin, d50 = 0.4 μm | TiO2 extender for solvent-based paints and varnishes |
| Polsperse 20 | Natural kaolin, d50 = 0.7 μm | TiO2 extender for solvent-based paints and varnishes, matting properties |
| Polsperse 50 | Natural kaolin, d50 = 1.8 μm | TiO2 extender for solvent-based paints and varnishes |
| PoleStar 200P | Calcined kaolin, d50 = 2,0 μm | Very high degree of whiteness |
| PoleStar 400 | Calcined kaolin, d50 = 0.6 μm | Very high degree of whiteness |
| Opacilite | Flux-calcined kaolin, d50 = 1.6 μm | Excellent dry opacity, good resistance for facade paints |
| MetaStar 501 | Metakaolin, d50 < 2.0 μm | Concrete, mortar, plasters |
| Barrisurf HX, LX | Kaolin, platelets with layer thicknesses in the nm range | Barrier coatings, FDA |
| Products | Description | Application |
|---|---|---|
| MICA-MU M2/1 | Mica, d50 = 5.0 μm | Industrial coatings, decorative paints |
| MICA-MU 101 | Mica, d50 = 41.0 μm | Industrial coatings, decorative paints |
| MICA-MU 280 | Mica, d50 = 72.0 μm | Intumescence coatings, especially heat-resistant |
| MICA-MU 450 | Mica | For decorative effects |
| Micronic P | Calcium carbonate, chalk very fine, max. 200 ppm > 38 μm | For matt water-based and solvent-based coatings and power paints |
| Carbital ImerCarb | Calcium carbonate (GCC) Various grain sizes d50 = 1.8 - 10.0 μm | |
| DRB 20 | Calcium carbonate, dolomite d50 = 4.9 μm | Additionally for road-marking paints |
Anorganic reinforcing fillers for industrial applications are an important backbone in modern composite materials. We offer various staple fibres and centrifuged microfibers for different applications.
A staple fibre is produced using an endless sheet (roving) and then cut into the necessary fibre lengths. The roving is spun from the liquefied material. Each of these rovings is made up of several dozen filaments (single fibres), which are then cut into the desired length after cooling.
Centrifuged glass microfibers are sprayed through an extruder head, thus obtaining a clearly finer distribution than conventional fibres. For this reason, the appearance is rather more like wadding than fibre.
Wollastonite
In its pure form, WOLLASTONITE is a rod-shaped material with a siliceous character. Known as a calcium metasilicate, the mineral is acquired by open-cast mining. The rod shape is preserved during the subsequent refinement by treating the product with as much care as possible. This forms a unique material with an aspect ratio of up to 1:45. This structure enables its use as reinforcing filler on a microscopic level.
The FILLEX forms are silanised versions of the WOLLASTONITE for better incorporation into organic systems. Universal use is possible due to various dressings.
HOP-MIX
HOP-MIX 2303-A0 is one of the centrifuged glass microfibers. These fibres draw on a sophisticated process, which liquefies a glass and then sprays it in very delicate fibres. These fibres then exist as casts and can be embedded into a matrix. The chemistry of the glass and the small fibre diameter help to create a transparent end product, even in the highest applied concentrations. The systematic distribution of the very fine fibres offers higher resistances over the entire structure. It is also possible to use it as a cost-effective replacement for pyrogenic silica, as HOP-MIX also has a high absorption capacity with a large surface area.
HOP-BASALT
Basalt fibers consist of naturally occurring rock. The production process is adapted to the characteristics of this very pure raw material. For the chopped fibers, an endless strip (roving) is first produced from the liquid melt of the raw material and then cut into the required fiber length. Each of these rovings consists of several filaments (single fibers), which are standardly coated with a silane finishing.
Hollow ceramic microspheres are extremely resistant hollow spheres, which are formed under the exposure of extreme heat. Temperatures over the relevant melting points are required to achieve a ceramic melting. Drops with a hollow are formed as a result of the subsequent rapid cooling process. The OMEGA-SPHERES® formed in this way are refined and fractionated in subsequent processes, thus being a high-quality raw material in your formulations.
The spheres we provide are produced at various production sites for global availability. Globally produced standard types are manufactured in the Ukraine and Germany. Special types are produced in Germany. There are further suppliers in Europe and throughout the world.
TRI-SPHERES
TRI-SPHERES® are silicate-based multicellular hollow microspheres which serve as functional lightweight filler, characterised by high thermal and mechanical resistance as well as a bright inherent colour. TRI-SPHERES® can be used in a wide variety of applications to reduce density / weight, but also to optimise acoustic and thermal insulation. By establishing a new production process, Lehmann&Voss&Co. KG is able to control both, density and particle size.
OMEGA-SPHERES®
Hollow ceramic microspheres are extremely resistant hollow spheres, which are formed under the exposure of extreme heat. Temperatures over the relevant melting points are required to achieve a ceramic melting. Drops with a hollow are formed as a result of the subsequent rapid cooling process. The OMEGA-SPHERES® formed in this way are refined and fractionated in subsequent processes, thus being a high-quality raw material in your formulations.
The spheres we provide are produced at various production sites for global availability. Globally produced standard types are manufactured in the Ukraine and Germany. Special types are produced in Germany. There are further suppliers in Europe and throughout the world.
THERMO-SPHERES
The THERMO-SPHERES are special hollow ceramic microspheres which are optimised for the field of thermal insulation. The optimised particle size range includes hollow ceramic microspheres to increase the effective surface for insulation. The mixture that results in this way better exploits the cavities than a standard type, helping the application to develop a higher protective function.
Matsumoto Microspheres (Matsumoto Yushi-Seiyaku Co.,Ltd)
| Products | Description | Application |
|---|---|---|
| F-30E F-50E F-65E | Expanded hollow microspheres consisting of a flexible organic polymer shell, moistened | Lightweight fillers for a wide variety of applications with good resistance to temperature and solvents |
| F-65DE F-80DE FN-80SDE | Expanded hollow microspheres consisting of a flexible organic polymer shell |
Matsumoto Microspheres (Matsumoto Yushi-Seiyaku Co.,Ltd)
| Products | Description | Application |
|---|---|---|
| F-30 | Thermally expandable hollow microspheres consisting of a flexible organic polymer shell | Blowing agent for structural foams, matting agents of PVC plastisols, flexibilization of sealant systems, anti-slip coatings, general density reduction, improvement of thermal and acoustic insulation, for temperature ranges from 90 °C to 250 °C |
| F-36 F-36D F-46N F-79D F-80 F-82D F-100D FN-105 F-170D F-190D F-230D F-260D F-2800D F-2830D F-2860D | Thermally expandable hollow microspheres consisting of a flexible, organic polymer shell, chlorine-free products | Blowing agent for structural foams, matting agents of PVC plastisols, flexibilization of sealant systems, anti-slip coatings, general density reduction, improvement of thermal and acoustic insulation, for temperature ranges from 90 °C to 250 °C |
| MBF-190EVA50 MBFN-190SSPE | Thermally expandable hollow microspheres as 50% masterbatches | Blowing agents for extrusion and injection moulding |
Solid aluminium silicate spheres
A solid aluminium silicate sphere is an industrial ceramic product with a spherical shape. It is formed through melting and subsequent condensation in a cooling chamber. The optimal spherical shape is created in the initial seconds in an apparent state of weightlessness. The shape is then maintained by increasing the viscosity during the cooling process.
The spherical particles formed by this process are then classified and refined into homogeneous raw materials for our customers’ use. The material is specifically characterised by low oil absorption values and good processing properties. When used in cement-based systems, solid aluminium silicate spheres also have a hydraulic effect and improve the strength of the finished products. Together with the spherical shape, the high degree of hardness helps to modify surfaces for extreme mechanical demands and stresses.
OMEGA-SIL
As a solid aluminium silicate microsphere, OMEGA-SIL combines advantageous product properties such as low surface area, high degree of hardness and spherical effects for use in virtually any application. Because of the optimal geometric shape of a sphere OMEGA-SIL makes it possible to use the ball bearing effect, thus improving processing properties. This spherical form also increases the packing density for optimal
Ceramic foams are manufactured in various ways. There is a strong distinction in both the raw materials and the production procedure. The foaming agents used and the surrounding ceramic phase are a mark of sustainability and ecological thinking. The foams are fractionated and refined after swelling, in order to be used in a multitude of applications as a high-quality industrial product.
LITHO-BUBBLES
LITHO-BUBBLES are used in the field of ecological raw materials. The special foaming process is expanded by water in a molten ceramic, making it particularly energy-saving and environmentally-friendly. Due to the carefully selected raw materials, a material is developed which has particularly low energy costs and carbon dioxide emissions. These properties make LITHOBUBBLES an ecologically meaningful raw material with an excellent energy balance.
Hollow glass spheres are produced in a process similar to our hollow ceramic microspheres. The standardised glass is transformed into a molten mass and transferred to a cooling chamber using a mist spray, which allows the material to solidify in this manner. The drop formation allows the material to expand to have a cavity, which has a strong acoustic and thermal insulating effect.
We recommend SPHERICEL types for use in aqueous systems, as these have an effective chemical composition against the attack of hydroxide ions.
OMEGA-BUBBLES D
As a manufacturer of various hollow ceramic microspheres, we know about the requirements in the field of temperature resistance and have developed a hollow glass sphere. This hollow glass sphere is based on a multi-cellular technology. A wide range of various particle sizes is available for this hollow sphere.
Q-CEL®
Q-CEL® are hollow glass microspheres that serve as functional lightweight fillers, characterized by excellent mechanical stability.
The various Q-CEL®-types differ in density, particle size and strength which makes it possible to find special Q-CEL®-qualities for specific applications and requirements.
Q-CEL® is a commercial product and trademark of the PQ Corporation, which we distribute exclusively in Germany, Austria and Switzerland.
SPHERICEL®
SPHERICEL® are Hollow glass microspheres that serve as functional lightweight fillers, characterized by excellent mechanical stability.
The various SPHERICEL®-types differ in density, particle size and strength which makes it possible to find special SPHERICEL®-qualities for specific applications and requirements.
SPHERICEL® is a commercial product and trademark of the PQ Corporation, which we distribute exclusively in Germany, Austria and Switzerland.