Spring Tee Ceiling System Calculator
This calculator is designed to assist with estimating the required materials for a Spring Tee suspended ceiling system. Please note that all results are approximate — always double-check measurements and requirements before purchasing.
How the Spring Tee Ceiling Calculator Works
This calculator helps you estimate the materials required for a Spring Tee ceiling grid system. Simply enter your room’s length, width, and the suspension drop, then choose the direction your Main Tees will run. The calculator will determine the estimated number of:
- ✔️ Spring Tees (3.6m)
- ✔️ Primary Channels (3.6m)
- ✔️ Perimeter Channels (3.0m)
- ✔️ Suspension Hangers (3.6m)
- ✔️ Suspension Brackets
Please note: This tool is intended to assist with material estimation only. We always recommend double-checking dimensions on-site before ordering.
Frequently Asked Questions
What is a Spring Tee ceiling system?
A Spring Tee ceiling system is a type of suspended ceiling that uses spring-loaded T-section grid components for fast installation and secure tile support. It is commonly used in commercial environments.
What spacing should I use for Spring Tees and Primary Channels?
Spring Tees are spaced at 600mm intervals, while Primary Channels are spaced at 1200mm intervals perpendicular to the Tees.
Can I use this calculator for all room sizes?
Yes, the calculator is suitable for most standard room sizes. However, always verify final quantities with a ceiling installer for irregular or complex layouts.
How do I get a quotation?
After calculating your system, enter your email and click “Send Quotation Request”. Your estimated quantities will be emailed to our team at Judge Ceilings for pricing.
All product information, specifications, fire ratings and performance data displayed on this website are provided by manufacturers and are for guidance only.
We are a supplier and do not provide design, specification or technical approval services. It is the responsibility of the customer, contractor or project designer to ensure products are suitable for their intended use and comply with all relevant building regulations.
All technical details must be independently verified with the manufacturer and/or a qualified professional prior to ordering and installation. We accept no liability for incorrect specification, interpretation, installation, or use of products.