![]() ![]() P1 Vee blocks lifting bar – pull out test resultĢ7. ![]() Vee™ block lifting bar – pull out test resultĢ7. Quality Statement – Utility Protection SlabsĢ6. Lifting sockets Certificate of ConformityĢ5. Fire Prevention and Mitigation Plan Guidance – Natural Resources WalesĢ5. Threaded Socket System Lifting Guidance (M16, M20 & M24)Ģ4. WISH – Waste fire burn trials summary report Aug 2017Ģ4. Lifting pin info 5 tonne (TVCB, Legato® and 2 tonne security blocks)Ģ3. WISH – Reducing Fire Risk at Waste Management SitesĢ3. Lifting pin info 2.5 tonne (Duo™ blocks and FB Vee™ blocks)Ģ2. Lifting clutch data sheet and inspection procedureĢ1. Guidance for inspection of lifting accessories under LOLERĢ1. 2.5 tonne lifting pin (Duo™ block BL2/KL750) pull out calcs with dynamic loading to 24.8Knġ9. 5 tonne lifting pin (TVCB) pull out calcs with dynamic loading to 50Knġ9. Concrete fire protection characteristicsġ8. 5 tonne lifting pin (all Legato® blocks) pull out calcs with dynamic loading to 48Knġ6. 2.5 tonne and 5 tonne lifting pin pull out tests June 2017ġ6. Hoarding blocks – wind loading stability calculationsġ5. Guidance for storing baled paper against Vee blocksġ3. Guidance for storing baled waste against Legato blocksġ2. Design guidance – Fire breaks (White goods storage)ġ1. Stockbay Wall Inspection Guidance (all wall types)ġ0. Stockbay Wall Inspection Guidance (interlocking blocks)ĩ. New Stockbay Wall Design Guidance (all wall types)Ĩ. Securing and restraining top courses of blocks against accidental impactħ. New Stockbay Wall Design Guidance (interlocking blocks)Ħ. Typical strip foundation details for a 4m high Legato wall storing 1t/m³ materialĦ. Typical foundation details for a 4.8m high Legato® Fire Wallĥ. Further design guidance on shear resistance between Legato blocksģ. Stability and lateral loading examples for interlocking blocksĢ. ![]() Comprehensive guide to designing retaining walls using interlocking blocksĢ. WISH Guidance for the design, operation and maintenance of containment wallsġ. Since Redi-Rock® features an interlocking design, retaining walls can be installed quickly without sacrificing on strength and durability.1. Commercial developments for maximizing parking spots and land use.Īll Redi-Rock® concrete products can easily be delivered and installed on your jobsite with the help of a mobile crane or excavator and a small crew.Abutments, wing walls, or retaining walls for bridges.Infrastructure projects for municipalities.Residential projects for retaining soil to protect against erosion.Water management projects for protecting shorelines, creating storm water channels and retention ponds, and to prevent neighbourhoods from flooding.Redi-Rock® installation can be used to build retaining walls for a variety of projects and industries, such as: Since retaining walls are an important part of everyday infrastructure, from holding up roadways and creating yard space to protecting against flooding and preventing bridges from eroding, using the best building materials can help ensure that retaining walls are able to function optimally for years to come. When to Use Redi-Rock® for Retaining Walls As an engineered retaining wall system that looks like real stone, is easy to install, and will last for many years to come, Redi-Rock® blocks are ideal for use in a wide range of industries and environments. All Redi-Rock® products are formed using architectural-grade precast concrete, which allows the finished product to look and feel like natural stone. Redi-Rock® is a complete wall solution that uses blocks that feature a knob-and-groove design for creating a stronger retaining wall. ![]()
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