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  1. PRODUCT DESCRIPTION. SikaGrout®-328 is a non-shrink, non-metallic, cementitious precision grout powered by ViscoCrete technology. This grout provides extended working time and exceptional physical performance at fluid consistency. A structural, precision grout, SikaGrout®-328 can be placed from fluid to dry pack.

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  2. Variances in the quality of the aggregate will affect the physical properties of SikaGrout®-212 Porters and may result in different strengths. Do not use limestone aggregate. The addition rate is 25 lb (11.4 kg) of aggregate per bag. It is approximately 2.0 gallons (7.6 L) by loose volume of aggregate.

  3. Specialty. What are the best applications for SikaGrout High Performance Grout? Posted April 18, 2024 by Sika Expert. SikaGrout can be used for structural grouting of column base plates, machine base plates, anchor rods, bearing plates, etc. It can be used on grade, above grade and below grade.

  4. With SikaQuick® Winter Boost. Pour the recommended volume of clean, potable water [> 34° F (- 1° C)] into a suitably sized and clean mixing container. Add 1/2 or 1 cup per bag into the water and mix until it is dissolved. Add the contents of the SikaQuick® VOH / SikaQuick® VOH LD bag while continuing to mix.

  5. retail.usa.sika.com › en › where-to-useKitchen | SIKA

    Sika USA. Sika USA Retail. English. Español. Kitchen. Putting the finishing touches on your kitchen? With Sika's pro grade sealants and adhesives, your project is sure to be a success. Select a new project Idea. SikaBond® Construction Adhesive.

  6. retail.usa.sika.com › en › aboutAbout | SIKA

    Sika Corporation, U.S. Headquartered in Lyndhurst, NJ and founded in 1937, Sika Corporation employs more than 1,400 people in 19 locations throughout the country. With over a billion in sales, it is the largest company within the Sika Group. The success of Sika Corporation is possible by not only upholding the five principles of our corporate ...

  7. One characteristic does not outweigh another; all three items must work together for optimal performance. Fiber reinforced concrete is a composite material and therefore, all fibers are tested in the concrete to prove their performance. The higher the tensile strength of the fiber, the better the support structure.

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