window.dataLayer = window.dataLayer || []; function gtag(){dataLayer.push(arguments);} gtag('js', new Date()); gtag('config', 'UA-87073201-1', { 'anonymize_ip': true });

COMPEO Special – Saving lives with the right choice of cables!

2019-07-10T11:42:01+02:00July 10th, 2019|

HFFR Cable Compounds

It’s official now: June 2019 was the hottest June ever recorded worldwide. From sunstrokes to wildfires, the hazards of heat waves are manifold. To avoid indoor risks like cable fires, caution is required during heat waves, especially regarding electric appliances. Studies have shown that higher ambient temperatures can lead to reduced transmission capacity of power cables, while the peak electricity load increases simultaneously. That can result in overheating of power cables and therefore also to cable fires. This even applies to underground cable networks up to one meter below surface level where most cables are installed. Imagine your daily electric appliances, like refrigerator or air conditioning, failing in the middle of a heat wave! While that thought is uncomfortable, the possibility of a cable fire in a public place, like the subway or the mall, is straight-up frightening.

Best vs. worst case scenario

Luckily, there is a way to prevent this: Halogen Free Flame Retardant (HFFR) cables. Long time flame retardant cables were based on halogen, which can be a health hazard in fire situations, as halogen – when burning – produces thick, toxic and corrosive gases. Worst case scenario: the thick fumes impede a quick escape and lead to toxication deaths for the people trapped in enclosed spaces. Best case scenario: the electric wiring is irreparably damaged by the corrosive gases. In any case, halogen free flame retardant cables are the better option. With excellent insulation and flame retardance properties, they are the ideal material for electric wiring cables in all spaces where people live, work and interact daily.

Single cable end with different layers of cable insulation as an example for HFFR cable compounding.

State-of-the-art compounding

To achieve these crucial properties of HFFR cables, flame retardants such as ATH have to be dispersed and distributed extremely well within the compound mix. Equally as important is a stringent temperature control, preventing the flame retardant additives to react during compounding.

BUSS has developed the new COMPEO compounder generation to meet current and future plastics industry requirements. With a wide range of applications, a large operating window, high flexibility and robustness, as well as improved process stability, but also operational and operator safety, energy efficiency and reduced operating costs, COMPEO can be applied for a wide array of applications.

Our new compounder generation COMPEO offers a great number of mixing cycles with the highest possible mixing efficiency and product quality, whilst ensuring maximum throughput at moderate and uniform shear rates. More importantly, the liquid injectors can be positioned at almost any points along the process section, so the flame retardants can be added to the mix at the perfect point of time and place. As the entire compounding line is continuously monitored by temperature sensors, we can assure great quality control throughout the whole HFFR compounding process.

High quality compounds

Yellowish raw mass chuncks for cable insulation mass made with HFFR cable compounding technology by BUSS AG.
White raw mass chuncks after HFFR cable compounding.

This is why HFFR cable compounds produced on BUSS compounders meet the strict safety standards of the European Construction Products Regulations. To reduce fire risk and to protect people and property is ultimately the purpose of using HFFR cable compounds. We at BUSS are happy to contribute to this. Afterall, the summer has just begun and the next heat wave might be just around the corner!

Read more about HFFR cable compounding at BUSS here: https://busscorp.com/industries/cable-compounds/hffr-cable-compounds/

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).