Description

Powerblanket’s 5’x10’ insulated concrete blankets protect concrete pours from conditions that are too cold or too hot for optimal curing. Maintain hydration and successfully work through freezing winters and burning summers with these insulated curing blankets. Our patented design eliminates hot and cold spots by applying uniform full-coverage heat across the entire surface of the blanket. Use yours to thaw ground before pouring concrete and again after finishing for freeze protection.

5’x10’ concrete curing blankets come in two different thermal rating classes: 
  • Powerblanket - designed for any definitive heating applications, surrounded by a rugged vinyl shell, safely raises material temperatures as high as 100 F / 38 C (± 10 degrees F / 3 degrees C) and can be used in temperatures as low as -20 F
  • Powerblanket Xtreme - designed for harsh climates, surrounded by a rugged vinyl shell, safely raises material temperatures as high as 100 F / 38 C (± 10 degrees F / 3 degrees C) and can be used in temperatures as low as -20 F

All of our curing blankets come in an insulated, water-resistant design. All Powerblanket products are ETL certified to UL, CSA, and CE safety standards.

Features
  • Reach PSI levels in a shorter period of time than conventional curing methods
  • Maintain moisture retention during the curing process for greater strength
  • Protect ground and subgrade from frost, snow and ice buildup prior to pour
  • Maintain compliance with ACI 306 cold weather requirements
  • Reduce downtime and scheduling delays 
  • Reduce the impact of freeze-thaw cycles and fluctuations in temperatures during the curing process
  • ETL certified to the same high electrical standards as other Nationally Recognized Testing Laboratories (NRTL’s) such as UL and CSA.
Specs
Compare our products
Model # MD0510 MD0510G
Temperature control Internal Preset Internal Preset
Heated Dimensions 5’ x 10’ / 1.52m x 3.0m 5’ x 10’ / 1.52m x 3.0m
Finished Dimensions 6’ x 11’ / 1.83m x 3.4m 6’ x 11’ / 1.83m x 3.4m
Heated Area 50 sq ft / 4.6 sq m 50 sq ft / 4.6 sq m
Approximate product temperature N/A N/A
Fits container size N/A N/A
Container dimensions N/A N/A
Plug type 15 AMP Plug 15 AMP Plug
Voltage 120V 120V
Wattage 720W 720W
Amperage 6A 6A
Approximate weight 25 lbs / 11 kg 25 lbs / 11 kg

Why Choose Powerblanket Concrete Curing Blankets?

Powerblanket Concrete Curing Blankets provide a manageable way to cure concrete effectively and confidently in the cold weather months. Even in warm weather, Powerblanket Curing Blankets increase production by rapidly curing with consistent, even heat. Year-round applications include: precast, concrete countertops and decorative concrete.

Why Choose Powerblanket Concrete Curing Blankets?

* Quickly heats to a preset 100 degrees F/ 38 degree C (± 10 degrees Fahrenheit / 3 degrees Celsius).

* Provide cold weather concreting strength of 3,925 in 72 hours.

* Cures concrete 2.8 times faster than conventional blankets.

* Reduce downtime and increase profitability.

* Prevent a freeze cycle.

Why Choose Powerblanket Concrete Curing Blankets?

* Maintain moisture throughout hydrating process

* Thaw ground and frost from job site prior to pour

* Maintain ACI compliance for cold weather concreting

* Easily installed and removed

* Certified to UL/CSA/CE standards

Curing In-Place Concrete

What is Curing?

Curing is the maintaining of an adequate moisture content and temperature in concrete at early ages so that it can develop properties the mixture was designed to achieve. Curing begins immediately after placement and finishing so that the concrete may develop the desired strength and durability.

 

Temperature is an important factor in proper curing since the rate of hydration and therefore, strength development is faster at a higher temperatures. Generally, concrete temperatures should be maintained above 50 degree Fahrenheit (10 degree Celsius) for an adequate rate of strength development. Further a uniform temperature should be maintained through the concrete section while it is gaining strength to avoid thermal cracking.

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