Our warehouse team will be on holiday from [] to [] and orders received during this period will be dispatched from [] onwards.
Our warehouse team will be on holiday from [] to [] and orders received during this period will be dispatched from [] onwards.
The well-balanced Two-Side crepe facilitates fast-water flow, making it exceptionally well-suited for specialty coffee brewing profile, such as extraction completed in 2~3 minutes using water at 90~94°C.
Original price was: $13.80.$9.98Current price is: $9.98.
In stock
CAFEC Abaca Filter Paper has been very popular all over the world for years as the symbolic product of CAFEC thanks to the fast-water flow by the good balanced Two-Side crepe and because of an eco-friendly product.
However, CAFEC, as the pioneer of filter paper, always aims higher. We have kept making an effort to develop a much better filter paper with much more added value, and as a company that aims to contribute to the SDGs, we want to make a much more eco-friendly product.
Abaca+ filter paper is made by the new manufacturing technology “Fine-Grained” method; we succeeded to increase the paper surface area by narrowing the distance between each crepe, and more, created even water flow by uniforming the texture of the paper.
Abaca+ filter paper is for professionals.
The roasting level filter paper is designed to control flow speed by the different framework of the paper itself, while, the Abaca+ filter paper is designed to create a faster water flow so it is easy for professionals to control water flow by their skilled ability.
Abaca+ filter paper not only includes abaca but also has the FSC certificate. And more, the total volume of packages is also decreased by lowering the height of the crepe. Then, it will contribute to transportation cost reduction. It can be said that the Abaca+ filter paper is a next-generation product.
CAFEC succeeds to make an even and fine-grained crepes by widening the speed gap between the rotating roll and the dryer drum. This time, we succeeded to make a much faster water flow by increasing the paper surface area not by the height of the crepe, but by narrowing the distance between each crepe.
