YOUR CHALLENGE:

The shortcomings of yesterday’s enzymes.

Yesterday’s enzymes used for fiber modification, which we now call 1^st Generation FME, had some significant shortcomings.

YOUR CHALLENGE:

The shortcomings of yesterday’s enzymes.

Yesterday’s enzymes used for fiber modification, which we now call 1st Generation FME, had some significant shortcomings.

DID YOU KNOW?

First Generation enzymes were not compatible with wet strength resin (WSR) in most situations

SO WHAT?

Also, 1^st Gen FMEs had broad activity and covered a wide range of furnishes. This means they worked more places, but they included costly activity that wasn’t always functional for your furnish. Sometimes that unnecessary activity was detrimental to your fiber.

THE SOLUTION:

Choose a fiber modification enzyme that does not have the typical 1^st Gen negatives.

You won’t be limited by the presence of WSR, so you could take advantage of the benefits across all grades, not just bath tissue. You won’t be paying for activity in the product that you don’t need, and you won’t have activity in the product that is counterproductive to your end goals.

HERE’S WHAT YOU NEED TO DO TO MAKE IT HAPPEN:

CHOOSE A THIRD GENERATION FME

BUT HOW?

Click here to learn more.

1. Industry Trends in Graphic Paper, Mark Rushton, Paper360, December 2017
2. Most Consumers Want Sustainable Products and Packaging, Andrew Martins, Business News Daily, June 4, 2019

YOUR CHALLENGE:

The shortcomings of yesterday’s enzymes.

YOUR CHALLENGE:

The shortcomings of yesterday’s enzymes.

DID YOU KNOW?

SO WHAT?

This meant that tissue manufacturers could not implement the benefits across all their grade structures, reducing potential savings to the organization. It was particularly unfortunate in towel since refining is so detrimental to void area, and thus absorbency, for that grade.

THE SOLUTION:

Choose a fiber modification enzyme that does not have the typical 1^st Gen negatives.

HERE’S WHAT YOU NEED TO DO TO MAKE IT HAPPEN:

CHOOSE A THIRD GENERATION FME

BUT HOW?

Buckman’s FME uses patented potentiators and stabilizers, combined with Fiberlytics^™ data and field experience, to produce 3^rd Gen Maximyze^® products that are targeted for your specific furnish mix, are fully compatible with WSR and cost you less than 1^st Gen products.

Click here to learn more.

YOUR CHALLENGE:

The shortcomings of yesterday’s enzymes.

YOUR CHALLENGE:

The shortcomings of yesterday’s enzymes.

DID YOU KNOW?

SO WHAT?

This meant that tissue manufacturers could not implement the benefits across all their grade structures, reducing potential savings to the organization. It was particularly unfortunate in towel since refining is so detrimental to void area, and thus absorbency, for that grade.

THE SOLUTION:

Choose a fiber modification enzyme that does not have the typical 1st Gen negatives.

HERE’S WHAT YOU NEED TO DO TO MAKE IT HAPPEN:

CHOOSE A THIRD GENERATION FME

BUT HOW?

Buckman’s FME uses patented potentiators and stabilizers, combined with Fiberlytics™ data and field experience, to produce 3rd Gen Maximyze® products that are targeted for your specific furnish mix, are fully compatible with WSR and cost you less than 1st Gen products.

Click here to learn more.

Choose a fiber modification enzyme that does not have the typical 1^st Gen negatives.

Buckman’s FME uses patented potentiators and stabilizers, combined with Fiberlytics^™ data and field experience, to produce 3^rd Gen Maximyze^® products that are targeted for your specific furnish mix, are fully compatible with WSR and cost you less than 1^st Gen products.