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The industry’s original all-plastic Type II barricade is designed to be extra durable while providing protection and visibility in heavy-traffic areas. This one-piece barricade makes placement and transportation simple and quick. Features a built-in handle for easy placement, two built-in holes to secure a barricade light, two filling holes for sand, and a sandbag bar for extra ballast. Type II barricades have two reflective boards and are often used for road detours, road closing, and other types of traffic control. The top and bottom panels have 3M™ reflective sheeting in High Intensity Prismatic grade to ensure high visibility (up to 1000 ft.). Click lock permits the user to lock the barricade in an open position. 100% polyethylene plastic construction makes it extra durable and maintenance free.
Details
• Designed to withstand repeated impacts from vehicles.
• Double-wall design for strength and durability.
• Molded-in handles with mounting holes for attaching barricade lights (sold separately).
• Features “click lock” hinges for a positive interlock in the open position.
• Barricade is molded hollow for internal ballasting with sand. Each stand has 2 fill holes (1 on each side of the frame). 5 lbs. of sand per hole is recommended, for a total of 10 lbs. per stand.
• Sandbag bar (if additional weight is required).
• Stacking lugs keep stacked units from sliding.
• MASH Accepted, WZ- 409.
• Meets MUTCD Standards.
• Made in the USA.
Terms & Conditions
Case Studies
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Blast Optimization: A Field Guide to Better Res...
You plan the shot, load the holes — and the muck pile still doesn't match the effort. The fix usually isn't more explosive.
Blast Optimization: A Field Guide to Better Res...
You plan the shot, load the holes — and the muck pile still doesn't match the effort. The fix usually isn't more explosive.
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38% Finer Fragmentation. 15% Less Oversize. Her...
A 90-million-tonne iron ore mine in South America was dealing with flyrock, oversize, and poor fragmentation. By adding Rockrivets to their stemming design, they cut P80 by 38% and reduced...
38% Finer Fragmentation. 15% Less Oversize. Her...
A 90-million-tonne iron ore mine in South America was dealing with flyrock, oversize, and poor fragmentation. By adding Rockrivets to their stemming design, they cut P80 by 38% and reduced...
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Reduce Ore Loss & Dilution in Mining
Discover how a major South American copper mine cut ore loss by 36.6% and saved over $42,000 using MTi’s BLASTBAG™ technology.
Reduce Ore Loss & Dilution in Mining
Discover how a major South American copper mine cut ore loss by 36.6% and saved over $42,000 using MTi’s BLASTBAG™ technology.
Learn
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What is Air Decking in Blasting?
Air decking can let you use less explosive while improving fragmentation, reducing flyrock, and controlling vibration. Here's how it works — and why more sites are making the switch.
What is Air Decking in Blasting?
Air decking can let you use less explosive while improving fragmentation, reducing flyrock, and controlling vibration. Here's how it works — and why more sites are making the switch.
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How to Prevent Flyrock on Your Site
Flyrock can damage equipment, shut down sites, and can be fatal. One bad shot can end your project. You know what causes it. Fixing it is different.
How to Prevent Flyrock on Your Site
Flyrock can damage equipment, shut down sites, and can be fatal. One bad shot can end your project. You know what causes it. Fixing it is different.
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Can You Diagnose Blast Issues By Simply Looking...
Learn how to read the muck pile after blasting to spot fragmentation, throw, and stemming issues before the next shot.
Can You Diagnose Blast Issues By Simply Looking...
Learn how to read the muck pile after blasting to spot fragmentation, throw, and stemming issues before the next shot.
