Oxtek X100 Green Cure

Oxtek X100 Green Cure™ is a single-pack colloidal silicate curing solution designed for spray application at the time of concrete placement. This proprietary, non-membrane-forming technology delivers a curing performance comparable to traditional water pond curing, helping to reduce plastic and drying shrinkage cracking while producing a harder, dust-resistant concrete surface.

Unlike conventional curing compounds, X100 Green Cure™ penetrates the concrete surface and does not require mechanical removal, making it an ideal choice for projects requiring efficient construction schedules and compatibility with subsequent floor finishes and coatings.

Key Features:

• Applied directly at the time of concrete placement
• Non-membrane-forming silicate technology
• No mechanical removal required
• Compatible with most flooring and coating systems
• Surface hardening and dust-proofing properties
• Reduces plastic shrinkage and drying shrinkage cracking
• Effective curing solution for both concrete and shotcrete
• Zero VOC formulation
• Environmentally friendly and user-safe
• Unlimited shelf life
• Cost-effective curing alternative

Benefits:

• Provides effective concrete curing equivalent to water pond curing
• Minimises plastic cracking and shrinkage-related defects
• Hardens the concrete surface and reduces dusting
• Eliminates the time and cost associated with membrane removal
• Allows easier access for follow-on trades
• Suitable where a moisture barrier is not required
• Supports faster project completion and reduced maintenance
• Environmentally responsible, low-emission formulation
• Proven performance in shotcrete applications
• Delivers long-term value through improved concrete durability

Typical Applications:

• Concrete slabs and floors
• Industrial and commercial concrete surfaces
• Warehouses and distribution centres
• Concrete pavements and hardstands
• Precast concrete elements
• Shotcrete applications
• Residential and commercial construction projects
• Any concrete element requiring curing at the time of pour