Decorative concrete can create striking finishes when using coloured or exposed surfaces—but it demands careful planning and execution. This tip covers the importance of managing client expectations, preventing defects, ensuring colour consistency, and protecting surfaces with the right sealer. A must-read for contractors and designers alike.

Fibre reinforced concrete is reshaping how we approach durability and crack control. But not all fibres are created equal—changing fibre type or dosage without expert input can lead to unexpected performance issues. This blog explores fibre types, their mechanical properties, and best practices for design, substitution, and placement to ensure concrete strength and serviceability aren’t compromised.

Cracks in concrete are more than just cosmetic—they can indicate deeper issues related to design, materials, or environmental conditions. This blog explores the different types of cracks, their causes, and proven strategies to prevent them before and after hardening. Whether you're placing slabs or walls, mastering crack control is essential for durable, long-lasting concrete.

Extreme temperatures can seriously affect concrete performance. This blog explains how to plan, place, and cure concrete effectively in hot and cold weather, while staying compliant with NZS 3109 and avoiding costly mistakes.

Proper curing is the key to achieving durable, long-lasting concrete. This blog unpacks the importance of curing, explains how moisture retention affects strength and performance, and outlines best practices for different site conditions. Whether you're pouring a driveway or a structural slab, these tips will help you get it right from day one.

Proper placing, vibration, and finishing are critical to concrete strength and durability. This article explains how to consolidate concrete correctly, avoid common finishing mistakes, and achieve strong, long-lasting surfaces under varying site conditions.

Adding too much water is one of the most common mistakes in concrete practice. This article explains how excess water affects strength, durability, and cracking—and offers practical tips to avoid it on site.

Concrete testing is essential for ensuring strength, durability, and compliance. This post explores slump testing, casting compression specimens, and best practices for accurate results—both on-site and in the lab. Let me know if you'd like a version with a more casual tone or one tailored to a beginner audience.