Introduction Formwork is an important part of construction costing, especially for contractors working on slabs, beams, columns and other reinforced concrete structures. When estimating shuttering expenses, many contractors focus mainly on the initial purchase price of the material. However, the actual cost depends on several factors, including the number of times the boards can be …

Formwork Rate Analysis: How to Calculate Shuttering Cost per Square Metre Read More »

Introduction On construction sites, the terms props, staging and scaffolding are sometimes used interchangeably. However, these systems serve different purposes. Selecting the right support arrangement is essential for safe slab casting, proper load distribution and efficient construction work. Props and staging are commonly used to support horizontal formwork during concrete placement, while scaffolding primarily provides …

Props, Staging and Scaffolding: What’s the Difference and Which System Supports Your Slab? Read More »

Introduction In multi-storey construction, time is one of the most important factors affecting project costs and productivity. A faster floor cycle can help contractors manage labour, equipment, material movement and site overheads more efficiently. A 7-day floor cycle is a construction planning target in which the team aims to complete a defined sequence of activities …

How to Achieve a 7-Day Floor Cycle in Multi-Storey Buildings Using Plastic Shuttering Boards Read More »

Introduction Shuttering boards are an essential part of construction, particularly for slab casting, beam formwork and other concrete applications. However, their usefulness does not always end when the concrete work is complete. Depending on their specifications and suitability, durable composite boards may also serve other purposes across a construction site. Rajratan PAC® Shuttering Boards are …

Versatile Applications of PAC® Shuttering Board: Beyond Traditional Concrete Formwork Read More »

Introduction For construction companies, contractors and infrastructure developers, purchasing shuttering material in bulk is an important investment decision. The right formwork material can influence project costs, maintenance requirements, concrete finish and the efficiency of site operations. Traditional plywood is widely used for concrete formwork, but repeated exposure to moisture, handling and concrete residue can lead …

A Contractor’s Guide to Ordering PAC® Shuttering Boards in Bulk Read More »

Introduction In multi-storey construction, time is one of the most important factors affecting project costs and productivity. A faster floor cycle can help contractors manage labour, equipment, material movement and site overheads more efficiently.A 7-day floor cycle is a construction planning target in which the team aims to complete a defined sequence of activities for …

How to Achieve a 7-Day Floor Cycle in Multi-Storey Buildings Using Plastic Shuttering Boards Read More »

Why Crew Training Matters: The Hidden Cost of Wrong Formwork Choices Construction supervisors lose 15–25% of project margins to timber plywood that warps, rots, and requires secondary plastering rework. Traditional timber boards fail after 8–12 reuse cycles, forcing contractors to replace formwork mid-project. Low-cost plastic alternatives snap under vibration and leave splinters that demand extra …

Training Masonry Crews on PAC Plastic Shuttering Boards: Cutting, Nailing & Drilling Guide Read More »

How to Store, Clean, and Transport Plastic Shuttering Boards to Maximize Reuse and ROI Maximize formwork ROI across 100+ reuse cycles by implementing certified storage, cleaning, and logistics protocols. PAC plastic shuttering boards, a durable alternative to traditional Shuttering Plastic Sheet materials, offer zero water absorption, a 40% buyback credit, and up to 60% cost …

Store, Clean & Transport Plastic Shuttering Boards | Maximize 100+ Reuse Cycles | Rajratan Read More »

Waterproof Shuttering Solutions for Water Tanks & STPs: Why PAC® Boards Outperform Timber Formwork Direct Answer: PAC® Shuttering Boards absorb zero water (0.33-0.64% moisture vs. timber’s 15-20%), resist infinite submersion without delamination, and deliver 50+ reuse cycles in wet infrastructure. Certified load capacity: 22.0 N/mm² compressive strength, 7500 kg static load per sheet. The Problem: …

Waterproof Shuttering Boards for Water Tanks & STPs: PAC® vs. Timber Formwork Read More »