44 - 150μm Silicon powder 30C, unalloyed, 70 % Cu

Flame sootorCarbon Black / Carbon Black / Lamp Black is produced by burning hydrocarbons with reduced oxygen supply. The flame black powder we offer is typically nanoscale. Among other things, it is also suitable as an extremely opaque black pigment.  This is a prilled version. This means that significantly less dust is created during handling and the material is easier to dose andIn addition, the environmental impact is significantly reduced.Possible applications: Additive in polymers Conductive paints (ESD applications) Polymer-based energy storage Black pigment (e.g. toner) Flame retardant coatings and much more. Chemical/physical examination: Average particle size: 95nm (0.095µm) - based on primary particlesResidue on 45µm sieve: 4ppm Toluene extractable components (DIN 53553): 0.010% CAS No.: 1333-86-4 Variety: 101 Carbon min.: 99.9% Opacity (ISO 787/16 & 24): 26.0% (ITRB) Blackness (DIN 55979): 210 PH value: 7.5 Tamping density: 260 g/l Dibutyl phthalate absorption: 0.118 dm³/100g

Flame sootorCarbon Black / Carbon Black / Lamp Black is produced by burning hydrocarbons with reduced oxygen supply. The flame black powder we offer is typically nanoscale. Among other things, it is also suitable as an extremely opaque black pigment. Possible applications: Additive in polymers Conductive paints (ESD applications) Polymer-based energy storage Black pigment (e.g. toner) Flame retardant coatings and much more. Chemical/physical examination: Average particle size: 95nm (0.095µm) - based on primary particlesResidue on 45µm sieve: 4ppm Toluene extractable components (DIN 53553): 0.010% CAS No.: 1333-86-4 Variety: 101 Carbon min.: 99.9% Opacity (ISO 787/16 & 24): 26.0% (ITRB) Blackness (DIN 55979): 210 PH value: 7.5 Tamping density: 260 g/l Dibutyl phthalate absorption: 0.118 dm³/100g" ThisDextrin (canary dextrin) will be outCornstarchwon. The starch is mixed with steam or catalytically active acid under increased temperature and pressure. This converts the otherwise insoluble starch into awater soluble product, which mainly asbinderapplies. A commonly known use is thisWet adhesive coating (also called gumming) of postage stamps and kraft paper tapes. However, it is also used as a food additive or as a binding agent in pharmaceuticals. The material isvery soluble in waterand binds even at low moisture levels. There are now many dextrin-based artists' colors on the market (mixture of dextrin and pigment, as well as water). Product dataCAS No.: 9004-53-9 Average particle size: 17.50 µmHumidity: max. 10% [MCL 002B]pH value: 2.5 - 4.0 [20% solution]RVA viscosity: 960-2040 mPa*s [MCL 106T]Insoluble components: max. 2% [MCL 340A]Reduced sugar: max. 4.2% [MCL 050A]Bulk density: approx. 0.55 kg/dm³ [MCL 095A]

ThisZirconium oxide-Pearls areextraordinarily hardand show a highResistance to aggressive media. Chemical/Physical Specifications ZrO2+ HfO2: 58.0% SiO2: 37.0% Other: 5.0%  Bulk density: 2.5 g/cm³  Specific gravity: 4.1 g/cm³ Vickers hardness: 1000 HV 1 Areas of application: - Colors (dispersing media) - Agrochemistry - magnetic paints - Clay minerals - Pigment production - Minerals - Ceramic processing

The insertion and holding force generally depends on the difference between the hole diameter and the plug diameter. It is considered optimal when the plug is 0.5 mm larger than the hole. These plugs are ideal for holes with a diameter of  4.5 mm.Our hole plugs are used, among other things, in mechanical engineering as dust seals, in paint shops as protection against aerosols in unwanted areas, or simply as closures for salt shakers in ceramic workshops.

The insertion and holding force generally depends on the difference between the hole diameter and the plug diameter. It is considered optimal when the plug is 0.5 mm larger than the hole. These plugs are ideal for holes with a diameter of  4.5 mm.Our hole plugs are used, among other things, in mechanical engineering as dust seals, in paint shops as protection against aerosols in unwanted areas, or simply as closures for salt shakers in ceramic workshops.

Extremely hard milling balls with a high alumina content of min. 99.0%. They are highly resistant to corrosive stresses such as acids, bases, gases, vapors, or salts (with the exception of hydrofluoric acid). Their extremely high hardness makes them ideal grinding media for mills of various designs. Thanks to their low wear and thus low contamination of the milled material, they offer high cost-effectiveness while ensuring consistently high grinding results. The balls have no pressing edge. Due to their very high Al₂O₃ content, these balls are the perfect choice for grinding tasks with special purity requirements where impurities are critical. Chemical and physical specifications Diameter: 10 mm +/- 0.2 mm Density (specific weight): 3.3 to 3.6 g/cm³ [+/- 0.07] Hardness (Mohs): ~9 Thermal conductivity (30 - 100°C): 19 - 30 W/m·K Heat resistance: up to 1 650 °C Water absorption: max. 5.0% Compressive strength: 2 500 N Al₂O₃: ≥ 99% SiO₂: ≤ 0.2% Fe₂O₃: ≤ 0.12% CaO + MgO: ≤ 0.2% TiO₂: ≤ 0.06% Na₂O: ≤ 0.2% K₂O: ≤ 0.1%

The insertion and holding force generally depends on the difference between the hole diameter and the plug diameter. It is considered optimal when the plug is 0.5 mm larger than the hole. These plugs are ideal for holes with a diameter of  4.5 mm.Our hole plugs are used, among other things, in mechanical engineering as dust seals, in paint shops as protection against aerosols in unwanted areas, or simply as closures for salt shakers in ceramic workshops.

The setting and holding force generally depends on the difference between the bore and plug diameters. It is considered optimal if the plug is 0.5 mm larger than the hole. These plugs fit perfectly into a 12.0 mm diameter hole or for M14 threaded holes.The insertion depth is 7.0 mm.Our hole plugs are used, among other things, in mechanical engineering as dust seals, in paint shops as protection against aerosols in unwanted areas, or simply as closures for salt shakers in ceramic workshops. used.

The insertion and holding force generally depends on the difference between the hole diameter and the plug diameter. It is considered optimal when the plug is 0.5 mm larger than the hole. These plugs are ideal for holes with a diameter of  4.5 mm.Our hole plugs are used, among other things, in mechanical engineering as dust seals, in paint shops as protection against aerosols in unwanted areas, or simply as closures for salt shakers in ceramic workshops.

The insertion and holding force generally depends on the difference between the hole diameter and the plug diameter. It is considered optimal when the plug is 0.5 mm larger than the hole. These plugs are ideal for holes with a diameter of  4.5 mm.Our hole plugs are used, among other things, in mechanical engineering as dust seals, in paint shops as protection against aerosols in unwanted areas, or simply as closures for salt shakers in ceramic workshops.