= Shuttering Board Load Calculations & Design Guide Professional concrete formwork design begins with precise load calculations. This guide walks you through real-world mathematical formulas, step-by-step design workflows, and proven case studies—all centered on PAC® Shuttering Boards, engineered to deliver 40–60+ repetitions while eliminating calculation errors that cost contractors time and money on-site. Part 1: …
If you are a contractor or builder in India, you know that plywood shuttering is one of the biggest recurring expenses on any construction site. You buy expensive film-faced plywood, and after 5 to 8 uses, it starts swelling, splitting at the edges, and warping due to water absorption. This is why many contractors are …
How many times PAC® Shuttering Board be Reused ? Read More »
A PAC® Shuttering Board** is a high-performance, recycled plastic-aluminium composite sheet designed to replace traditional plywood and steel plates in high-rise concrete construction. If you are a contractor or builder managing a 15-story or 30-story residential or commercial project in India, you already know the daily headaches of concrete formwork. Standard plywood sheets swell up …
PAC® Shuttering Board for High-Rise: Rajratan Indore Read More »
Shuttering Board Calculator: Precise Formwork Quantity Estimates for Concrete Slabs Professional-grade calculation tools for construction contractors. Instantly determine PAC Shuttering Board quantities, cost breakdowns, and material logistics for slab formwork projects of any dimension. Stop Guessing Shuttering Board Quantities—Calculate Exactly What You Need Formwork failure mid-pour costs money. Ordering excess shuttering boards wastes cash. PAC …
Shuttering Board Calculator: Precise Formwork Quantity Estimates for Concrete Slabs Read More »
Should I choose a 12mm board or an 18mm board? Many contractors simply buy the thicker board assuming it is always the better option. In reality, that’s not true. The right Shuttering Board thickness depends on the type of structure you’re building, the concrete load, the formwork design, and how many times you plan to …
Choose the Right Shuttering Board Thickness for Concrete Slabs | Rajratan Indore Read More »
Slab casting is one of the most critical stages of any construction project. Get the formwork wrong, and you risk an uneven surface, leakage during pouring, or worse, structural deflection once the concrete sets. Choosing the right shuttering board for slab work and fixing it correctly is what separates a smooth, level slab from one …
How to Fix Shuttering Boards for Slab Work: A Step-by-Step Guide Read More »
For decades, timber plywood has been the default choice for concrete formwork. It is familiar, easy to source, and simple to cut on site. But as construction projects demand faster turnaround, better surface finishes, and more sustainable practices, timber’s limitations are becoming harder to ignore. Plastic formwork systems, such as PAC (Plastic Aluminum Composite) boards, …
Benefits of Plastic Formwork Over Timber: Why Builders Are Making the Switch Read More »
If you’re working on a construction project and wondering how to fix shuttering boards for slab work, you’ve landed in the right place. Whether you’re a contractor, site supervisor, or a builder managing your own project, getting the shuttering right is the foundation of a perfect concrete slab. In this guide, we’ll walk you through …
How to Fix Shuttering Boards for Slab Work: A Complete Guide Read More »
Because the wrong thickness doesn’t just waste material — it ruins your finish.“The board didn’t break. But it bent — just enough to ruin the slab’s edge.”It happens when you use 6 mm Shuttering Board where you needed 12 mm Shuttering Board. Or go with 16 mm Shuttering Board when you don’t need the weight. …
On paper, most shuttering boards seem perfect. They promise strength, smooth finish, and high repetition. But construction sites aren’t paper. They’re hot, wet, dusty, and unpredictable. And that’s where most boards start failing. Because they’re not made for what actually happens on-site. It’s Not the Mix. Not the Labour. It’s the Board. Plywood soaks up …
Why Most Shuttering Boards Don’t Survive Real Construction Sites? Read More »
