Paper and Board Measurement

• Why is 80 GSM suitable for printing paper?

  It provides a balance of weight and quality
• Why is 300 GSM suitable for packaging?

  It offers durability and strength for protection
• What thickness in microns is ideal for durable packaging?

  2000 microns (2mm)
• How does thickness relate to practical use in packaging?

  Thicker materials provide better durability
• What is the relationship between density and strength in materials?

  Higher density increases strength but may raise costs
• Why are opaque materials essential for luxury printing?

  They prevent bleed-through during printing
• How does increased density affect the cost of materials?

  It may increase the overall cost of production
• What is the significance of GSM in material selection?

  It indicates the weight and suitability for products
• If a product requires high durability, what GSM range would be appropriate?

  300 GSM or higher
• What is the thickness of ideal durable packaging in microns?

  2000 microns
• What is the effect of opacity on printing quality?

  It prevents ink from bleeding through
• How does the choice of GSM affect product performance?

  It influences durability and print quality