9630 Wattwil, ch
+49 (2191) 672331
It's "only" a component but one from Oerlikon Textile ComponentsWattwil, )
Costumers are asking for energy efficiency - we offer a solution
Sustainability is the key word of the day. Yarn producers are looking for concrete savings potential. The Temco® Nip Roller Unit by Oerlikon Textile Components is the answer for energy savings up to 50%. The nip roller consisting of a Temco® Bearing and a Daytex® Cot unifies the expertise of two leading specialists in one product.
The problem solvers - we care about costumer's problems
Customers announced different problems with the current Twist Stoppers. This was mainly because of star wheels assembled by screws. A further side effect was the unbalanced distribution of forces which lead to a reduction of the bearing life time. The slot between the star wheels complicated the removal of the yarn wraps. These were reasons enough for a complete reengineering.
The new generation of Temco® Twist Stoppers founded on elementary process competence corresponds to various costumer demands. The range of application covers all yarn counts, profiles and lustre, for any type of textured yarn.
The new Temco® Twist Stoppers are suitable for the upgrade or the equipping of all on the market available texturing machines. The current screwed assembly system has been replaced. The solution is called Snap-fit. It allows a screw-free assembly of the star wheels. Furthermore a fast and save exchange of the bearing is ensured. The reengineered construction is based on a snap fit. This allows a balanced distribution of forces on the star wheels which are made of diamond-polished high grade ceramics. The removal of yarn wraps is clearly facilitated as there is no slot between the wheels.
The new Temco® Twist Stopper at a glance:
- Excellent running characteristics
- Extended life time
- Easy cleaning and maintenance
- Snap fit for a screw free assembly
For a high degree of versatility and flexibility
The Heberlein® MultiJet is the first open/close system - for all spinning processes.
The current 12 thread jet is now available for up to 32 threads. The compact mono block construction allows a pitch down to 4 mm.
The field of application covers the migration and pre-interlacing of textile multifilament yarns made of polyester, polyamide and polypropylene. The open/close design - in comparison to an open jet - ensures a more efficient use of the compressed air energy. This results in lower air consumption at identical performance respectively in a lager yarn count range. The retrofit to another jet type - for a fast reaction on changing market trends - can be done by an easy replacement of the jet pack.
One type for almost all yarn counts
The Heberlein® FibreJet TG is an extension of the existing product range. The migration and interlacing jets are designed for technical multi-filament yarns and BCF yarns for yarn counts from 400 dtex on. Heberlein® FibreJets stand for a constant interlacing performance and high position to position uniformity. The robust and corrosion resistant housing guarantees a long useful life even under extreme environment conditions.
Oerlikon (SIX: OERL) is a leading high-tech industrial group specializing in machine and plant engineering. The Company is a provider of innovative industrial solutions and cutting-edge technologies for textile manufacturing, drive, vacuum, thin film, coating, and advanced nanotechnology. A Swiss company with a tradition going back over 100 years, Oerlikon is a global player with more than 16 500 employees at over 150 locations in 38 countries and sales of CHF 3.6 billion in 2010. The Company invested in 2010 CHF 239 million in R&D, with over 1 200 specialists working on future products and services. In most areas, the operative businesses rank either first or second in their respective global markets.
Die Nutzung von hier veröffentlichten Informationen zur Eigeninformation und redaktionellen Weiterverarbeitung ist in der Regel kostenfrei. Bitte klären Sie vor einer Weiterverwendung urheberrechtliche Fragen mit dem angegebenen Herausgeber. Bei Veröffentlichung senden Sie bitte ein Belegexemplar an firstname.lastname@example.org.