EOW March 2014

wire 2014 show

7 - 11 April

its customers’ advanced technology. It also has excellent technical support to grow together hand in hand; LG Chem’s tech-centre in Korea is a state-of-the-art facility, along with skilled engineers that can provide customer-focused services.

LG Chem Stand: 09C26

LG Chem Ltd is a globally diversi ed chemical company which operates three main business units: petrochemicals, IT and electronic materials, and energy solutions. The chemical business manufactures a wide range of products, from petrochemical goods to high-value added plastics. It also extends its chemical expertise into high-tech areas such as electronic materials and rechargeable batteries. LG Chem, along with Lutene® wire and cable XLPE compound for power cables has provided innovative materials to world-leading companies in the wire and cable industry. With around 20 years’ service to cable industry, LG Chem o ers not only outstanding materials up to 400kV rated voltage applications, but also provides a wide-range of business and technical services to cable manufacturers to create higher value and mutual growth.

LG Chem Ltd – South Korea Website : www.lgchem.com

Lune Prozesstechnik Stand: 11C63

▲ The Lune CHF measurement system records temperatures ranging between 10 and 250°C (50°-482°F)

Many manufacturing processes require the precise measurement and monitoring of the process and product temperatures to ensure high-quality levels. temperature measurement of moving, structured, round or at measuring objects, such as wires, pro les, cables, foils, pipes, rollers or belts, Lune Prozesstechnik has developed a non-contact surface temperature measuring system which does not require any optics. The Lune CHF (convective heat ow) measurement system records temperatures ranging between 10 and 250°C (50°-482°F) and o ers a maintenance-free solution For the continuous

suitable

for

continuous

operation.

➣➢➣ CHF measurement is physically based on the detection of the convective heat ow by means of a heat ow sensor. The heat ow develops between two di erent objects with diverging temperatures. In optical IR-measurement systems, the CHF is independent of emission factors, colour, speed, surface structure and varying distances between sensor head and surface. The system is wear-free as there are no moving parts. Moreover, the CHF features an automatic calibration system, so the user only needs to set the reference temperature. contrast to common

LG Chem o ers solutions that meet the special performance requirements of

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March 2014