Aluminium silicates - Import export

Ingredients: chocolate (cocoa mass, sugar, cocoa butter, emulsifier: soy lecithin, natural vanilla flavor), elderflower filling 13% (white chocolate 59% (sugar, cocoa butter, whole milk powder, emulsifier: soy lecithin, natural vanilla flavor), elderflower fruit and flavor paste (4.7%) (glucose syrup, invert sugar syrup, elderflower extract (14%), ethyl alcohol, starch, natural flavor, antioxidant (citric acid), filling marzipan 13%, white chocolate 59% (sugar, cocoa butter, whole milk powder, emulsifier: soy lecithin, natural vanilla flavor), marzipan (4.7%) (almonds (52%), sugar, water, invert sugar syrup, natural rose flavor), coconut filling 13% (white chocolate 59% (sugar, cocoa butter, whole milk powder, emulsifier

Tungsten and tungsten alloy electrodes are used to produce the arc in high-intensity discharge lamps. Tungsten electrodes from Plansee excel due to their outstanding physical and mechanical properties: a high melting point, low vapor pressure, low thermal expansion, good thermal conductivity and a low electron work function. Plansee supplies anodes, cathodes and support rods. With special alloy additives, Plansee improves the high-temperature dimensional stability, electron work function, formability, machinability and thermal conductivity of the material. For cathodes, aluminium-potassium silicate (AKS) or lanthanum oxide-doped tungsten is available. A new addition to the range: WLZ, a tungsten material doped with lanthanum and zirconium oxide. WLZ is the non-radioactive alternative to thorium-doped materials.

Ingredients: chocolate (cocoa mass, sugar, cocoa butter, emulsifier: soy lecithin, natural vanilla flavor), caramel filling 13%: sugar, butter, cream 13% (milk cream), stabilizer: carrageenan, glucose syrup, coffee filling 13 %: chocolate (cocoa mass, sugar, cocoa butter, emulsifier: soy lecithin, natural vanilla flavor), cream, (milk cream), stabilizer: carrageenan, mocha flavor paste 4.7%, (glucose syrup, invert sugar syrup, caramelized sugar, ethyl alcohol, water, powdered coffee extract 2%, starch, natural flavor), hazelnut filling 13%: white chocolate 59% (sugar, cocoa butter, whole milk powder, emulsifier: soy lecithin, natural vanilla flavor ), hazelnut (4.%), colors (titanium dioxide, tetrazine, brilliant blue, iron oxide, cochineal,potassium aluminum silicate).

Ingredients: chocolate (cocoa mass, sugar, cocoa butter, emulsifier: soy lecithin, natural vanilla flavor), caramel filling 13%: sugar, butter, cream 13% (milk cream), stabilizer: carrageenan, glucose syrup, coffee filling 13 %: chocolate (cocoa mass, sugar, cocoa butter, emulsifier: soy lecithin, natural vanilla flavor), cream, (milk cream), stabilizer: carrageenan, mocha flavor paste 4.7%, (glucose syrup, invert sugar syrup, caramelized sugar, ethyl alcohol, water, powdered coffee extract 2%, starch, natural flavor), hazelnut filling 13%: white chocolate 59% (sugar, cocoa butter, whole milk powder, emulsifier: soy lecithin, natural vanilla flavor ), hazelnut (4.%), colors (titanium dioxide, tetrazine, brilliant blue, iron oxide, cochineal,potassium aluminum silicate).

The major difference between our standard capillaries and conical capillaries lies in the different opening diameters on both ends. Whereas standard capillaries are manufactured with the redrawing-method conical capillaries are produced in a discontinuous process. Materials Soda-lime glass (AR, I860, PH360 etc.) gamma sterilized soda-lime glass Borosilicate glass (DURAN©, PYREX©, SIMAX© etc.) Neutral glass (FIOLAX© and DUROBAX©) Aluminum silicate glass (Schott 8252/8253) Lead glass (lead content up to 28%) Sealing glasses for various metals such as: kovar, molybdenum, steel, silver, platinum, palladium Process of Production During the production process of the conical capillaries a straight tube or capillary is heated and drawn. By drawing the capillary a pointy conical, tapered form, a so-called double-tip, is formed. The tip can be parted in the capillary’s smallest diameter and results in a larger diameter on one side which is determined by the blank used in the process, as...

The distinctiveness of these capillaries is their very thin wall-thickness in relation to their diameter. The extremely thin walls lead to the special feature of these capillaries to be deformed easily. Additional features linked to the thin wall-thickness are minimal optical distortion as well as very low absorption for a wide range of radiation. This feature is used e.g. for the construction of optical measuring cells. Materials Soda-lime glass (AR, I860, PH360 etc.) Gamma sterilized soda-lime glass Borosilicate glass (DURAN©, PYREX©, SIMAX© etc.) Neutral glass (FIOLAX© and DUROBAX©) Aluminum silicate glass (Schott 8252/8253) Quartz glass (naturally melted quartz glass and synthetically produced quartz glass, incl. F300) Lead glass (lead content up to 28%) Sealing glasses for various metals such as: kovar, molybdenum, steel, silver, platinum, palladium Process of Production Like most of our capillaries the ultrathin capillaries are manufactured using the redrawing method....

The cross-sections of multi-channel capillaries consist of a large number of single holes, which are either in a random order or neatly arranged. Depending on the application in which these capillaries are used they can fulfill several tasks. Materials Soda-lime glass (AR, I860, PH360 etc.) Borosilicate glass (DURAN©, PYREX©, SIMAX© etc.) Aluminum silicate glass (Schott 8252/8253) Process of Production Two different production methods are used to manufacture multi-channel capillaries: 1. Production from a preform Prior to drawing the capillary several performs are mounted and joined together. During this process the channels are created from a single capillary. Hollow spaces are then filled with glass rods and are evacuated with heat. All unintended side channels and hollow spaces between the capillaries are sealed during this process and result in a closed cross-section, which is only punctuated with the inner geometry of the single capillaries. Reproducible profile sizes,...

Synthetic mineral abrasive with angular particles, free of free silica. It is an abrasive with less environmental impact than iron silicate because it contains a low percentage of heavy metals. It provides cleaner surfaces and high productivity thanks to its lower density. Hardness: 6 mohs Shape: angular Density: 2.4-2.6 g / cm3 Welcome to BLASQEM, your Specialist in Shots, Abrasives and Equipment: - Abrasive Products and Accessories - Abrasive steel shots - Abrasives manufacturer - Abrasives solutions - Blasting material - Metallic shots and organic media or glass sandblasting and aluminium oxide or carbon grit abrasive shots for shot blasting - Steel Abrasives and aluminium shot for shot blasting operations - Blasqem is the industry's leading supplier of industrial abrasive

Synthetic mineral abrasive of angular particles, free of free silica, extremely hard and with good toughness. Hardness: 7 mohs Shape: angular Density: 3.7 g / cm3 Welcome to BLASQEM, your Specialist in Shots, Abrasives and Equipment: - Abrasive Products and Accessories - Abrasive steel shots - Abrasives manufacturer - Abrasives solutions - Blasting material - Metallic shots and organic media or glass sandblasting and aluminium oxide or carbon grit abrasive shots for shot blasting - Steel Abrasives and aluminium shot for shot blasting operations - Blasqem is the industry's leading supplier of industrial abrasive