With the release of the 2005 edition of ASTM Standards for Concrete and Aggregates, a revision was made to ASTM C-1107 the Standard Specification for packaged dry, hydraulic-cement non-shrink grout.

SikaGrout®-212 is a one-component, ready to mix, free flowing, non-shrink, cementitious grout with a unique 2-stage shrinkage compensating mechanism. Excellent for pumping: does not segregate, even at high flow. No build-up on equipment hopper. Store dry at 40–95 °F (4–35 °C) Protect from moisture. If damp, discard material. Max.

Place the grout quickly and continuously using proper consolidation techniques when possible (i.e. light rodding, vibrating, tamping, etc.) to eliminate air bubbles.

Provide shading during grout placement and where feasible, place grout when temperatures are decreasing, at night or early morning. Provide protection from excessive wind to reduce rapid drying and evaporation of water from exposed grout surfaces.

SAKRETE Non-Shrink Grout is a pre-packaged, general purpose, pumpable, cementitious grout. This product is a cement-based, non-metallic, non-shrink grout. It contains Portland cement, silica fume, along with well-graded, natural, fine aggregate and other carefully selected components.

5.1 Measurement of Materials—Measure materials for grout such that the required proportions of the grout materials are controlled and accurately measured. NOTE 4—When converting volume proportions to batch weights, use the following material bulk densities:

This Specification provides the technical requirements for the supply and installation of “non-shrink” cementitious grout for equipment and structural column base plates, and epoxy grout for machine base plates and sole plates.

ious Grout Application Guide”. The document offers instructions detailing the general installation of Euclid Chemical manufact red cement-based grout products. Important: If the contractor is not familiar with standard grout placement techniques, a …

1.2 The purpose of this specification is to produce a grout, when injected in place, which will be dense, fill voids, and stabilize the subgrade.

1. Scope The work consists of drilling grout holes, exploratory holes, and check holes; pressure testing, pressure washing, and injecting suspension grout under pressure; and includes furnishing of all materials, labor, and equipment as described and specified.

Plan and profile of the grouting layout. Include region to be grouted, location, and spacing of lines and holes. Show the depth of holes, loca-tion, and logs of drill holes used in the geologic investigation. Mode of drilling (rotary, percussion, or rotary-percussion) and diameter of …

SikaGrout®-212 is a one-component, ready to mix, free flowing, non-shrink, cementitious grout with a unique 2-stage shrinkage compensating mechanism. This guide specification should be adapted to suit the needs and conditions of individual projects.

Product Data: Include manufacturer's specifications, surface preparation and application instructions, and protection of adjacent surfaces. Test Data: Confirm compliance with specified requirements.

KEY ADVANTAGES: ˸ Improved Stain Resistance: The grout is harder and denser, resulting in enhanced stain resistance compared to standard cement grout. ˸ Consistent Color: High-performance grouts are designed to ensure more consistent color, even in environments with varying humidity and temperature.

Nonshrink epoxy grout shall be a 100% solids, rapid strength gain, pre-packaged system containing thermosetting epoxy resins, expansive additives and inert fillers. The manufacturer shall be ISO 9001 certified and have at least 10 years experience in …

How should grout be specified? As it relates to specifying grout for masonry, the MIM recommends the following: Grout shall be specified in conformance with ASTM C476. Conventional grout should be specified by proportions instead of by strength requirements.

Grout for use in concrete masonry construction should comply with ASTM C 476, Standard Specification for Grout for Masonry (ref. 3), or the governing building code which may permit grouting options other than those in set forth in ASTM C 476 . ASTM C 476 defines two types of grout: fine and coarse.

Grout is a high slump mixture used to fill cells of masonry units or between wythes of masonry to resist stresses and develop bond with reinforcement. Grout can consist of portland cement, hydrated lime, fine or coarse aggregate and water. Grout should be specified by ASTM C 476 Grout for Masonry.

Key elements in grouting design include the density of grout holes (extensiveness of grouting), mix design (water/cement ratio, cement type and additives) and penetration (injection pressure and time). Some of these parameters impact each other, which must also be taken into account in grout design. Grouting and its purposes Sealing

Nov 18, 2020 · It describes the purpose of grout for masonry construction, both fine and coarse, as well as conventional and self-consolidating mixes, and desirable properties for all of these. It describes the materials that comprise grout and explains how grouts are specified, batched, mixed, and placed.