Textile Technologies Blog
Textile Technologies Blog
Different Constructions of Braided Packings
Textile Technologies Europe Ltd braid a wide range of high temperature thermal rope packings including E Glass Packing, HT750 Glass Packing, CALSIL Packing, BELCOTEX® 110 Packing, Silica Packing, Bio Soluble Packing and Refractory Ceramic Packing. They are available in Round, Square and Rectangular profiles.
Read moreDoes SIZE really matter?
“I’m afraid so!” “Of course it does!” “It separates the men from the boys!” “Without good Size, performance is very compromised!” We are, of course, talking about fibre ‘Size’; a thin homogenous surface coating of mainly organic materials applied during the manufacturing process of glass and other fibres / yarns. The manufacturing process is known as ‘Sizing’.
Read moreTemperature Ratings and their Ambiguity
Temperature Ratings are referred to repeatedly for good reason given that different fibres exhibit different behaviours at different temperatures. Therefore, for many industrial applications where heat is present, the choice of fibre can be crucial. Often fibre producers have differing opinions on how temperature ratings ought to be marketed because the point at which the fibre stops being useful is very much subjective and down to the the application.
Read moreGeneric Names Vs Brands in Industrial and Technical Fibres and Polymers
Historical brands are often so strong, that it is easy not to know the generic name for the fibre or elastomers used in many technical fabrics we supply. This can cause problems when old brands linger on dated specifications and especially when those brands don't actually exist. For example Polychloroprene is better known as Neoprene Chlorosulfonated Polyethylene is better known as Hypalon Flourocarbon Rubber is better known as Viton Para Aramid is often referred to as Kevlar Meta Aramid is often referred to as Nomex
Read moreWeave Patterns. Do they matter?
Textile Technologies Europe Ltd explore weave patterns and their importance. The choice of E Glass fabric for thermal or composite applications are determined by considering the following variables: 1. Weight: often expressed in grams per metre squared.2. Yarn Type: Whether continuous filament or textured.3. Yarn Finish: Whether for thermal applications or composite. The latter requiring special finishes to promote the absorption of resins into the glass substrate.4. Weave Pattern.
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