
Accurately calculate sublimation paper roll weight or GSM using industry-standard formulas.
This calculator helps printers, importers, manufacturers, and exporters determine paper specifications without including the 2″ or 3″ core weight, ensuring transparent and reliable calculations.
Whether you are verifying supplier claims, planning bulk imports, or estimating production costs, this paper roll weight & GSM calculator provides precise results based on real-world printing standards.
This tool allows you to calculate any missing paper roll parameter by entering the remaining known values.
You can use it to calculate:
Total paper roll weight (kg)
GSM (grams per square meter)
Roll width or length, if required
Total paper area (m²)
All calculations are performed excluding the core weight, ensuring accuracy and consistency across suppliers.
This tool allows you to calculate any missing paper roll parameter by entering the remaining known values.
You can use it to calculate:
Total paper roll weight (kg)
GSM (grams per square meter)
Roll width or length, if required
Total paper area (m²)
All calculations are performed excluding the core weight, ensuring accuracy and consistency across suppliers.
Paper roll cores vary by manufacturer, material, and thickness. Including core weight often leads to inconsistent results and supplier disputes.
This calculator:
Excludes 2″ and 3″ core weight
Calculates paper weight only
Ensures fair comparison between suppliers
Matches standard industry practice
Core size is informational only and does not affect paper calculations.
You need to provide any three of the four values below.
The calculator will automatically compute the missing one.
GSM (optional) – e.g. 29 gsm
Roll width (meters) – e.g. 1.62 m
Roll length (meters) – e.g. 500 m
Total roll weight (kg) – paper only
Core size – 2″ or 3″ (informational)
If more than one value is missing, the calculator will prompt you to enter additional data.
All calculations are based on this fundamental equation:
Paper Weight (kg) = (GSM × Width × Length) ÷ 1000
This formula is universally used by:
Paper mills
Exporters
Print factories
Quality inspectors
If GSM, width, and length are provided:
Roll Weight = (GSM × Width × Length) ÷ 1000
Example:
29 gsm × 1.62 m × 500 m ÷ 1000 = 23.49 kg
If roll weight, width, and length are provided:
GSM = (Roll Weight × 1000) ÷ (Width × Length)
Example:
23.49 kg × 1000 ÷ (1.62 × 500) = 29 gsm
This is extremely useful for:
Verifying supplier GSM claims
Quality control
Import inspections
The calculator can also determine:
Roll length (m)
Roll width (m)
By rearranging the same formula, ensuring full flexibility.
This tool is designed for:
Sublimation paper suppliers
Textile & sportswear printers
Importers & exporters
Factory production managers
Purchasing departments
Quality control teams
If you deal in sublimation paper rolls, this calculator saves time and prevents costly mistakes.
In Pakistan’s sublimation market, GSM misrepresentation and weight confusion are common issues.
This calculator helps you:
Verify actual paper specifications
Compare suppliers transparently
Plan container loads accurately
Estimate shipping and logistics costs
Reduce material waste
It directly supports informed purchasing decisions for bulk sublimation paper rolls in Pakistan.
Use GSM × width × length ÷ 1000. This calculator performs the calculation automatically.
Yes. Enter roll weight, width, and length. The calculator will display the GSM.
No. Core size does not affect paper GSM or area. This calculator excludes core weight intentionally.
Yes. It is specifically designed for sublimation paper rolls, but also works for other coated papers.
GSM affects ink absorption, drying, transfer quality, and paper stability during printing.
FJK Sublimation provides:
Industry-specific tools
Technical calculators
Supplier-level knowledge
Practical printing expertise
This calculator is part of a growing ecosystem designed to support professional sublimation printing in Pakistan and worldwide.
Calculations are theoretical and industry-standard
Minor variations may occur due to paper density or coating
Core weight is intentionally excluded
Always confirm final specifications with your supplier

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