Bursting Factor Calculator

Burst Strength (gf/cm^2):

Grammage (gf/m^2):

Calculate

Bursting Factor (BF):

 

Introduction

The Bursting Factor (BF) is a crucial metric in the paper and packaging industry, used to assess the strength and quality of materials. It indicates how much pressure a material can withstand before bursting. This calculator allows you to quickly determine the Bursting Factor by inputting the burst strength and grammage of the material.

How to Use

Using the Bursting Factor Calculator is straightforward. Follow these steps:

1. Enter the burst strength (in gf/cm^2) of the material.
2. Enter the grammage (in gf/m^2) of the material.
3. Click the “Calculate” button to instantly find the Bursting Factor (BF).

Formula

The Bursting Factor (BF) is calculated using the following formula:

BF=GBS​

Where:

• $BF$ = Bursting Factor
• $BS$ = Burst Strength (in gf/cm^2)
• $G$ = Grammage (in gf/m^2)

Example

Let’s consider an example:

• Burst Strength ($BS$) = 400 gf/cm^2
• Grammage ($G$) = 100 gf/m^2

Using the formula:

BF=100400​=4

The Bursting Factor ($BF$) in this example is 4.

FAQ’s

Q1: What is the significance of Bursting Factor?

A1: Bursting Factor is crucial in the paper and packaging industry, as it helps determine the strength and quality of materials used in packaging, ensuring they meet specific standards.

Q2: What are typical values for Bursting Factor in packaging materials?

A2: Typical Bursting Factor values can vary depending on the application, but values between 10 and 30 are common for packaging materials.

Q3: Is there a specific unit for Bursting Factor?

A3: No, Bursting Factor is a unitless ratio, as it is the result of dividing burst strength by grammage.

Conclusion

The Bursting Factor Calculator simplifies the process of determining the Bursting Factor of materials used in the paper and packaging industry. By inputting the burst strength and grammage values, you can quickly assess the strength and quality of materials, ensuring they meet industry standards.