Ordinary Portland Cement

Cement is used for various construction works, for example, for pouring foundations, or, as a fixing mortar, for brickwork. In addition, cement is used to produce concrete and is used to make reinforced concrete. The use of reinforced concrete has spread in both industrial and civil construction.

COMPOSITION AND APPEARANCE Plaster-based powder filler, special cements, calcium carbonate, resin, cellulose fibre and various admixtures. The compound obtained is white in colour. TECHNICAL CHARACTERISTICS • Setting time : 30 to 40 minutes • Hardening time : 1 to 2 hours. • Second coating : after 3 hours • Adherence : complies with NFT 30 608 SUITABLE SURFACES All types of interior surfaces complies with DTU 59.1 : plaster, plasterboard, plaster blocks, concrete, cement coating, breeze blocks, cellular concrete, bricks, ceramic, old paintwork, old painted fibreglass, floor tiles, wall tiles, etc. COVERINGS After the filler has completely dried, it can be covered using all types of paints, plaster-based coatings, paste coatings, wallpaper paste. PREPARATION OF SURFACES Surfaces must comply with standard DTU 59.1 and be clean, dry and free from dust and any trace of separating agent. Correctly open up, bevel and dust off the cracks.

Construction materials

Kiln shell temperatures are monitored along the entire length of the kiln. The infrared line-scanning system detects kiln hot spots due to refractory loss, damage, or wear. Data from up to 4 scanners or individual point sensors (optionally used to monitor the burning zone and tire slips) can be seamlessly integrated into one complete thermal image. Detect abnormal operating conditions such as faulty flame position and shape! Optimize and manage kiln maintenance! Extend the operational life of kiln and refractory! Automated kiln and refractory monitoring Visualisation on PC Ethernet TCP/IP interface PC-independent alarm output Analog outputs 3 x 4 – 20mA To ensure reliable operation in even the harshest kiln environments, the MP150 linescanner, which is used in the CS210 thermal imaging system system, is designed with a rugged cast aluminum housing and mounted in a robust stainless-steel enclosure.