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The AEROSIL® product overview brochure displays the whole range of Evonik's portfolio of pyrogenic oxides and dispersions. A clear classification of the AEROSIL® products into their product categories (e.g. hydrophilic fumed silicas, fumed mixed oxides, dispersions etc.) allows to easily find the product the customer is searching for.
Брошюра с общим обзором продукции AEROSIL® (аэрозил, аэросил) представляет Вашему вниманию полный спектр продуктов на основе оксидов, полученных путем высокотемпературного гидролиза, и их дисперсий (суспензий). Четкая классификация продуктов AEROSIL® по категориям (гидрофильные оксиды, оксиды металлов, дисперсии и т. д.) позволяет легко найти искомый продукт. Помимо категоризации продуктов AEROSIL® данная брошюра содержит таблицу, в которой приведены области применения различных марок AEROSIL®, AEROXIDE® и AERODISP® по 27-ми отраслях промышленности. Для удобства разработчиков здесь же приведены важнейшие физико-химические характеристики наших продуктов.
AEROSIL® and SIPERNAT® products help to keep your mill clean and ensure the flowability of your fine product.
Consumers’ expectations on their home care and laundry products are very diverse and demanding. Beside efficiency and ease of use, safety and environmental impact are important. To cope with all these requirements, the consumer industry offer many different formulations, e.g. liquids, powders, or water free concentrates. Specialty silica products like AEROSIL® and SIPERNAT® provide a wide range of diverse and unique properties that can help solving complex formulation issues: high absorption capacity, carrier function to convert liquid into powder, rheology modification, flowability improvement and anti-caking effect.
REACH (Registration Evaluation Authorisation and Restriction of CHemicals) is an issue that affects everyone who deals with chemical substances and preparations. This flyer is a concise information on the new EU chemicals regulation.
Usage and Handling of silica grades are described.
The Technical Bulletin Pigments No. 62 is providing information concerning synthetic silica and electrostatic charges. It provides general information about the origin and possible reduction of electrostic charges, basic information concerning electrostatic discharges, static electrification and safety measures when handling AEROSIL® and precipitated silicas. Furthermore the dangers resulting from electrostatic charges and how to avoid these are described.
If the product properties of the precipitated silica are to be maintained, they must be packed and stored to suit their specific requirements.
Recommended mixing procedures for powders and granulates Specialty Silica have found their way with numerous applications into many branches of industry. This also applies to their use as carrier for liquid or pasty substances as well as the application as flow aid for powdered or granular products. Due to their fineness and low bulk density mixing with other ingredients is somehow sophisticated. This Technical Information gives some recommendation on suitable mixing equipment and how to use it, when Specialty Silica are concerned.
The Technical Information No. 1219 provides detailed information concerning the Flexible Intermediate Bulk Container (FIBC) for AEROSIL®. A description of the packaging and how to discharge it is given. A step by step description of the discharge process is showing how the FIBC can be discharged completely dust free and with a minimum of investment as well as labour costs (compared to the discharge of paper bags).
This technical information provides an overview of the different kinds of AEROSIL® packaging. Pictures and descriptions of paper bags, semi bulk packaging and full bulk deliveries are given. Tables show which AEROSIL® and AEROXIDE® grades in which packaging forms can be offered.
The precipitated silica produced by Evonik is used in a wide variety of applications and industries around the world. To preserve the characteristics of the product and ensure safe transportation, the packaging needs to fit these requirements. TI 1232 describes the different packaging variations.
The Technical Information No. 1279 is a brochure that describes how to incorporate AEROSIL® fumed silica into liquid systems. Detailed information on topics such as shear speed, shear time, addition sequence and grind values help our customers to achieve optimal results. TI 1279 is ideal for, but not limited to, formulators in the coatings, resins, adhesives, and personal care industries.
With this brochure we would like to introduce a group of products which has recently been developed to provide high purity fumed silica and fumed metal oxides with improved properties in various applications to our customers: the AEROPERL® product line.
Powdered ingredients are used increasingly in many industries. A good flowability is the prerequisite for handling powders properly, discharching them easily out of a silo and dosing them exactly. However, many powders are highly cohesive and the proper processing thereforce is a challenge. Additionally many powders tend to cake on storage or while being transported due to climate conditions pressure.
This information sheet is intended as an introductory guide to the regulations and directives that exist in Germany. The final decisions on ensuring the safe design of the system to be built can be made only on the basis of the technical literature indicated and / or expert opinions.
This brochure describes how to store AEROSIL® fumed silica in different types of packaging, such as bags and semi-bulk packaging, and in bulk by silo trucks.
Easier milling and improving of free flow / anticaking properties of milled powders at the same time.
The Technical Overview contains fundamental knowledge on and applications for AEROSIL®. The brochure provides extensive information about the manufacture of hydrophilic and hydrophobic AEROSIL®, physico-chemical data, and basics on the applications. The most important areas of use are introduced and application effects discussed. A brief list of technical terms and the most important literature references are provided at the end.