Examples of using Tepex in English and their translations into German
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Colloquial
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Official
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Ecclesiastic
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Medicine
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Financial
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Ecclesiastic
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Political
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Computer
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Programming
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Official/political
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Political
One material that fits the bill is Tepex®.
In the latter, Tepex® is often used as a load-bearing element.
All these performance demands can be fulfilled by customized Tepex material solutions from LANXESS.
Tepex® dynalite from Bond-Laminates undergoes laser testing.
Thermoplastic composites like Tepex® enable us to use them for series production.
Racing bikes are lightweight and durable thanks tocomponents made of high-performance materials, such as Tepex® from LANXESS.
Forming pressure starts from 5 bar, since Tepex materials are already fully impregnated.
In the past, the structure was made of metal, but today it is made of moderncomposite materials such as the LANXESS product Tepex® dynalite.
The processing of Tepex can be combined with compression as well as injection molding so that complex parts can be manufactured in only one processing step.
The integration of thermoforming with injection molding in one process step- hybrid molding-is the next generation of Tepex processing.
Tepex flowcore consists of long(30- 50 mm) glass fibers, similar to traditional glass mat thermoplastic materials(GMT), but based on engineering polymers.
For example, LANXESS subsidiary Bond-Laminates has developed new Tepex products consisting of recycled fibers in a matrix of recycled thermoplastic material.
Tepex optilite materials can be customized to meet aesthetic design requirements and provide a competitive edge in fast moving consumer markets.
Depending on material thickness and combination of fibers andthermoplastic polymers, Tepex can provide material properties from high flexibility to high stiffness.
Because of the strong interest in Tepex, a semi-finished composite by the LANXESS subsidiary Bond Laminates, a processing brochure on its handling will appear at K2016.
Whenever lightweight design, stiffness and strength, fatigue resistance, energy absorption andfunctional integration are required in high volume, Tepex is the material of choice.
By using the Digimat material model for Tepex, our customers also benefit from all our HiAnt know-how in the areas of CAE as well as material and component testing.
The HiAnt CAE methods have already successfully proven their reliability and precision in modeling innumerable prototype and series components,and today are the benchmark for simulating Tepex.
A material model was developed specifically for Tepex that precisely describes the very complex anisotropic, mechanical behavior of this continuous fiber-reinforced thermoplastic.
In addition, a simulation program was developed that enables users to accurately analyze the process of forming Tepex sheets into a final component shape, also referred to as"drape molding.
Besides Tepex, LANXESS has Durethan brand polyamide(PA)-based plastic compounds and Pocan brand polybutylene terephthalate(PBT)-based industrial plastics in its product line.
Bond-Laminates wants to be a trustful partner from the first product design ideato the successful delivery of Tepex parts-- to enable leading edge products with superior performance and design.
Tepex provides material solutions for structural and semi-structural parts that bridge such apparent contradictions of weight reduction, structural performance and maximum energy absorption.
Specialty chemicals company LANXESS sees new, more environmentally friendly forms of mobility as a major growth area for its Durethan polyamides,Pocan polybutylene terephthalates(PBT) and Tepex thermoplastic composites.
Tepex dynalite- Maximum strength at minimum weight: The Tepex dynalite range consists of multiple layers of continuous fibre reinforcements in a matrix of engineering thermoplastics.
The Audi A8 is also offered with two electrically adjustable individual rear seats, the shells of which have been developed by Faurecia Automotive Seating andare manufactured using the hybrid molding process with Tepex dynalite… Photo: Audi AG.
Tepex incorporated as a continuous fiber reinforced thermoplastic in injection molding processes thus enables the effective replacement of pure plastic parts as well as metal parts in demanding technical applications.
Compared with other material classes these tailor-made properties of thermoplastic composites enable higher specific rates of energy absorption andmake Tepex a perfect solution for applications that require dynamic properties at reduced weight.
The high-tech plastics Durethan®, Pocan®, and Tepex® from LANXESS provide numerous benefits in this regard. For one, not only are they lighter than steel or aluminum, but they can also withstand aggressive biofuels.
If you have any additional questions, please contact us by e-mail. The ability to save weight in vehicles by using plastics such as Durethan®,Pocan® and Tepex® leads to increased fuel efficiency and the associatedreduction in CO2 emissions. Top of page.