Plant fiber SIKA SikaCem-50 - For concrete and mortar - 6 x 50 g doses

SIKA SikaCem-50 plant fibers - For concretes and mortars - 6 doses of 50 g, are fibers of natural origin composed of micronized cellulose. This product improves the resistance of concrete to plastic shrinkage cracking, thus reducing the risk of premature cracking, and can replace, depending on dosage, anti-cracking mesh (PAF) or polypropylene microsynthetic fibers. What's more, they are eco-responsible, since they are created from pure cellulose obtained by wood processing. For this reason, they can be an alternative to the use of industrial or metallurgical materials as a treatment for early-age cracks in concrete. Thanks to their fineness, the fibers disperse very easily, limiting cracking and crazing due to plastic shrinkage, improving cohesion in the fresh state, limiting the risk of segregation and bleeding, and increasing impact resistance. Specialized in chemical products, Sika is a leader in the development and manufacture of systems and products for bonding, sealing, soundproofing, reinforcement and protection in the construction and automotive industries. Product innovation and excellence in quality and service have been the company's priorities for over 100 years now! Advantages : Eco-responsible: bio-sourced cellulose-based fibers from sustainably managed European forests Recyclability: concrete made with SikaCem-50 Plant Fiber is easy to recycle High performance: fine fibers for better dispersion More efficient than polypropylene fiber Excellent versatility: use as mortar, coating, screed, aesthetic concrete, etc. Characteristics : Chemical base: cellulose Density: 1.5 Average length: 0.2 mm average equivalent diameter: 20 ?m. For a 50 g dose of SikaCem-50 Plant Fiber> 500 million fibers Dosage: 1 dose of 50 g for 1 cement bag of 25 to 35 kg Color: white Ref. 740034 Packaging: One sachet of SIKA SikaCem-50 plant fiber - For concretes and mortars - 6 doses of 50 gDelivered in its original packagingCarefully read the instructions before use.