window.dataLayer = window.dataLayer || []; function gtag(){dataLayer.push(arguments);} gtag('js', new Date()); gtag('config', 'UA-87073201-1', { 'anonymize_ip': true });
Cable Compounds2018-09-21T17:17:45+00:00

Cable Compounds

Depending on requirements, cable insulation mass comprises various different plastics. They include soft PVC, TPE, PPE, EEFE, PVA, and various kinds of polyolefin.

The requirement profiles are characterized by a variety of influences. These include technological advances in end uses such as electromobility, DC technology, and global megatrends such as renewable energy and decentralization of energy supply. Also regulatory provisions including security of supply, flame retardance, substitution of problematic formulation ingredients, and product lifetime, can exert great influence. Supplying industries, businesses and private parties with fibre optic technology (FTTH or FTTB) is soon becoming the norm in data transmission, and the tightest installation conditions are increasingly a challenge. These can be mastered, for example, by means of highly flexible and minimalized layer thicknesses.

In the following segments, requirements are precisely addressed with sophisticated solutions by the BUSS cable compounds compounding technology.

BUSS compounding technology is particularly suitable for the following cable compounds

Turquoise granules by PVC cable compounding systems for cable insulation.

PVC

PVC has been used for cable insulation since 1930, originally as a replacement for rubber. Due to their relatively high dielectric strength, soft PVC cable insulation compounds are used at AC voltages of up to 10 kV.

Grey raw mass chuncks after HFFR cable compounding.

HFFR

Polyolefins have outstandingly good insulation properties, but are so easily combustible that they have to be made flame-retardant accordingly. In the early 1980s the first alternatives to the PVC compounds were developed.

White raw mass chunks produced with silane crosslinked cable compounding systems.

Silane Cross-Linkable

Cross-linked polyethylene (PEX) can be used at significantly higher operating temperatures, is mechanically stronger, more resistant to organic liquids, and enables thinner wall thicknesses. Silane cross-linkable cable compounds are also known as PEX-b or Sioplas®.

Black raw mass chunks for cable insulation produced with the semi conductive cable compounding technology by BUSS.

Semiconductive

Medium- and high-voltage cable insulation is enclosed between two concentric semiconducting layers to homogenize the electrical field in the insulation material. These layers generally comprise ethylene-based polymers like EVA or EBA, with a high content of conductive materials.

Yellowish granules of XLPE cable compunds / Peroxide cross-linkable cable compounds

Peroxide Cross-Linkable

Peroxide cross-linkable compounds have been used in the cable industry ever since the process was patented in the 1960s. Cross-linkable XLPE are increasingly used for medium and high voltage AC cable insulation. For HV DC cables they are the preferred insulation material.

 
This website uses cookies. We use cookies in order to determine the frequency of use and number of users of the pages, to analyse the behaviour of page use, but also to make our offer more customer-friendly. We distinguish between cookies that are necessary (without consent) and cookies that require consent (third party cookies). Detailed information on the use of cookies on this website can be found by clicking on "More information". You can use the "Further settings" link to decide which cookies requiring consent are to be activated. If you click on "Agree", all cookies - including those requiring agreement - will be activated. You can revoke your consent and deactivate the use of cookies requiring consent. More information Further settings Agree

Third party cookies

Select which third-party cookies you wish to accept here. Please note that if you do not accept cookies, features on the website may be restricted. Please visit the third party websites for more information on their use of cookies. If you have decided not to grant or revoke your consent to the use of cookies requiring your consent, you will only be provided with those functions of our website whose use we can guarantee without these cookies. You can subsequently change your settings on our data protection page. We use the following third-party cookies:

Google Analytics

Google Analytics helps us understand how visitors interact with our websites by collecting and reporting information anonymously. We would like to point out that Google Analytics has been extended by the code "gat._anonymizeIp();" in order to guarantee an anonymous collection of IP addresses (so-called IP masking).