CONQOR TCB

Curing in extreme cold or heat.

CONQOR TCB (Thermal Curing Blankets) offset the challenges of extreme cold or heat when curing concrete.

CONQOR TCB

CONQOR TCB thermal curing blankets protect against temperature differentials, both cold and heat.

CONQOR TCB thermal curing blankets are designed for use in concrete construction when ambient temperatures are particularly low or high. Concrete curing in low ambient temperatures (below 10°C) will take longer to achieve the desired strength. Conversely, curing in high ambient temperatures (over 32°C) encourages uneven curing and shrinkage cracking.

  • CONQOR TCB will protect concrete during curing and help it reach the desired strength in a shorter time frame.
  • CONQOR TCB reduces the temperature differential between the core and surface curing temperatures.
  • CONQOR TCB also helps reduce shrinkage in extreme heats.

Typical project applications include bridges, wind farms, precast yards, mass pours and large infrastructure projects.

NOTE: CONQOR TCB is manufactured to order and is not typically held in stock.

CONQOR TCB

Who it helps.

Construction-in-cold-weather
Ideal Solution for

Construction teams in winter.

Concrete curing in low ambient temperatures (below 10°C) will take longer to achieve desired strength. CONQOR TCB retains the curing heat of the slab, minimizing temperature differential between the core and the surface.
Charleyong Bridge headstock protected by CONQOR TCB against extreme ambient temperature while curing
Also HELPS

Exposed civil infrastructure.

Ambient temperature extremes are a particular challenge in highly exposed outdoor works. Whether for extreme cold or heat, CONQOR TCB protects the concrete while curing to avoid unexpected damage.
Construction of the White Rock wind turbine foundations.
USED by

Wind turbine construction.

CONQOR TCB thermal curing blankets are particularly suited to wind turbine bases, with their high volume concrete and typically highly exposed locations subject to high winds, as seen on the Murra Warra wind farm project.
Interior precast factory using CONQOR TCB
works for

Precasters.

Precast yards and factories may use CONQOR TCB to reduce thermal differential between internal and surface concrete while curing.
CONQOR TCB

How it helps.

CONQOR TCB reduces the temperature differential between the core and surface curing temperatures.
hero-conqor-tcb

CONQOR TCB

Keep warmth in

In cold weather, CONQOR TCB will protect the concrete while curing and allow it to achieve desired strength in a shorter time frame.
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CONQOR TCB

Keep warmth out

CONQOR TCB assists in reducing shrinkage in extreme heat.
product-gallery-conqor-tcb-1

CONQOR TCB

Minimise internal thermal differentials

CONQOR TCB reduces the temperature differential between the core and surface curing temperatures.
CONQOR TCB

HOW IT WORKS.

CONQOR TCB thermal curing blankets help protect concrete during the curing phase, in extreme cold or hot ambient temperatures.

MAKING CONCRETE BETTER.

CONQOR TCB

.

CONQOR TCB

Insulation

CONQOR TCB contains a layer of thermal insulation, sandwiched within a durable woven polyethylene cover. This insulation protects against heat loss or gains. The thermal insulation protects against heat loss on the surface, while the polyethylene cover protects against heat from direct sunlight. This will also help protect the concrete from natural elements such as rain and wind.

CONQOR TCB

Protects against extreme cold

Concrete curing in low ambient temperatures (below 10°C) will take longer to achieve desired strength. CONQOR TCB retains the curing heat of the slab, minimizing temperature differential between the core and the surface.

CONQOR TCB

Protects against extreme heat

Curing concrete in high ambient temperatures (over 32°C) encourages uneven curing and shrinkage cracking. CONQOR TCB provides a barrier against the extremes.

CONQOR TCB

Limitations

CONQOR TCB is manufactured to order and is not typically held in stock. Standard panel sizes are available with normal production lead times. Custom sizes can be manufactured on request, subject to extended lead times and minimum order quantities. Please contact us to discuss your needs.

Working with MARKHAM.

CONQOR TCB is supplied for project-specific applications. For major infrastructure, bridge, renewable energy and large concrete projects, speak with MARKHAM early regarding blanket selection, sizing and project lead times.
‘TCB’ stands for Thermal Curing Blanket that helps reduce the thermal difference between the inside of the slab and the surface, and helps preserve the early strength of the concrete.
Laike Smith | Internal Design and Delivery Sales Support - New Zealand | MARKHAM
Laike Smith
Project Consultant

SUPPLY.

Supply only

CONQOR TCB can be delivered to your site in conventional square blankets. Blankets can be joined using the eyelets provided. Blankets can be re-used several times with appropriate care. CONQOR TCB is manufactured to order and is not held in stock.

INSTALL.

Project-Specific

If you need installation services for your particular project, contact the MARKHAM team to discuss your requirements.

WARRANTY.

Supply & install with other works

CONQOR TCB may be supplied and installed by the MARKHAM team in conjunction with other MARKHAM works on site. Contact us to discuss your requirements. CONQOR TCB is manufactured to order and is not held in stock. Custom shapes are available. Please note these will carry longer delivery times.

NEED MORE
PRODUCT INFO?

Download technical data sheets, specifications and test reports for CONQOR TCB.

Do you have a project to quote?

Send us your spec and quantities for a project quote.

Real pours. Real results. Real projects.

NZ Building Product Information Requirements.

TECHNICAL DATA BUILDING PRODUCT INFORMATION: 8/2023.1

Product Identifier:

54/TCB/4X4-6MM and 54/TCB/4X6-12MM

Relevant New Zealand Building Code Clauses:

B2 Durability

How This Product Contributes To Compliance:

This product is used to enhance curing quality and effectiveness in new concrete. This in turn contributes significantly to the long-term durability of the concrete. This product is not subject to warning or ban under section 26 of the Building Act 2004.

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