Translation of "Halar" in German

Special materials are for example Halar or E-CTFE, Hastelloy or PFA.

Site explains different properties of Teflon, Xylan, and Halar.

Usually, the insulation consists of a plastic such as Halar®.

It is likewise conventional to use diaphragms coated, for example, with Halar or polytetrafluoroethylene.

Such antifriction plastic coatings can be made, for example, of polyamide, particularly polyamide 11 (trademark RILSAN), or polyethylene, particularly of a PE ionomere (trademark Abcite) or chlorine trifluorethylene (CTFE), particularly E-CTFE (trademark HALAR).

In addition to the preferably employed polypropylene other additional polymers can be employed such as in particular polyolefins as well as high molecular weight polyethylene, copolymers of propylene and ethylene, polymers based on 3-methyl-pentene-(1), polyethylene-chlorotrifluoro-ethylene available under the tradename Halar and polyethylenesulfide.

At Coatresa, we are experts applying PTFE based technical coatings like Teflon®, Xylan®, Halar®, Rilsan®, etc. and other non-stick materials like rubber, silicone, EPDM, and other polyurethanes which provide unique industrial solutions.

Our Certificate of Warranty assures complete coating of HALAR on all internal, wetted surfaces of the filter vessel.

Because of its composition, HALAR fluoropolymer coating...1) Offers a broad range of chemical resistance qualities which are useful when filtering liquids that are incompatible with stainless or carbon steel.

Due to its chemical structure, a 1:1 alternating copolymer of ethylene and chlorotrifluoroethylene, HALAR (ECTFE) offers a unique combination of useful properties.

Electrically nonconductive coatings, more specifically plastic coatings that are made from a chemically stable material such as HALAR® for example, which is also utilized for isolating electroplating racks, are suited for the purpose.

In a first step, a fluorinated polymer, for example, the Halar ECTFE product, is deposited electrophoretically on the carrier material in the region of an output opening of the fluid duct of the support element, i.e., electrophoretic deposition (EPD) is applied for deposition of the polymer material on the substrate.

The stiffening braces which may be used to enhance mechanical stability of the process chamber housing may either consist of stainless steel or, for example, of stainless steel coated with plastic or Halar.

The process chamber housing may be coated with plastic or Halar, for example, depending on the chemicals and the temperatures to be used.

An alternative proposal provides for the wall to be lined with an abrasion-resistant synthetic material, such as Vulkollan®, Teflon®, Halar® and/or polyoximethylene.

However, there is also the possibility of coating the wall with an abrasion-resistant synthetic material, such as Vulkollan®, Teflon®, Halar® and/or polyoximethylene.

The flange sensor 80 Halar / PFA is the standard sensor in applications with corrosive liquids in non-hazardous or hazardous areas.

Filter Bags, Cartridge Filters, Baskets, O-Rings, HALAR Coated Vessels and Accessories, Epoxy Coated Vessels, and Custom Items or Modified Equipment are NOT returnable.

All models are available in nichrome, Hastelloy HC4 or coated (Halar or PFA).

Usually, the sensor is made of stainless steel, but in aggressive liquids it is coated, for example, with HALAR, PFA or Tantalum.

The electrode is coated with HALAR, which means that the threshold level detection is also suitable for foaming media.

The LiquiSonic® sensors meet these requirements with a measuring accuracy of typically ± 0,05 wt%, operating temperatures of up to 200°C and coatings made of Halar, PFA or Hastelloy.

HALAR fluoropolymer is a thermoplastic manufactured by Solvay Solexis, Inc. It is electrostatically applied, then baked in multiple coats, to all wetted surfaces of Filtration Systems single filter vessels, as well as most baskets, perforated strainers, and accessories.