We report on the latest scientific advances related to the use of porous foams and gels
prepared with cellulose nanofibrils (CNF) and nanocrystals (CNC) as well as bacterial …

Aqueous foam can be used as a transfer medium to form lightweight materials from natural
and man-made fibers together with other types of raw materials. This review discusses …

Novel lightweight cellulose fibre materials containing various strength enhancing polymeric
and fibrillar components were formed with the help of foam technology. Increasing inter-fibre …

Cellulose fiber materials suitable for filtering, insulation, protective, and hygiene applications
can be formed using aqueous foam as a carrier phase. The subtle fiber–bubble interaction …

Plant fiber based foam materials have the potential for replacing traditional plastic analogs
because of their biodegradability, recyclability, and abundance. However, the relatively …

Cellulosic foams and aerogels are prepared from cellulose fibers and nanostructures and
display interesting properties, such as extremely low density, high fluid permeability, and …

In this work we challenge some earlier theoretical ideas on the strength of lightweight fiber
materials by analyzing an extensive set of foam-formed fiber networks. The experimental …

The non-degradability of plastic foam and limited petroleum resources have caused great
damage to the ecological environment of the earth. Here a bio-based foam was fabricated to …

An Ultra-lightweight cellulose-based foam material (ULW-CFM) reinforced with silicasol was
prepared by foam forming technology. The sodium dodecylbenzene sulfonate (SDBS) was a …

Foam forming is a promising papermaking technology, which can reduce water and energy
consumption while saving raw material. It can be used to produce low quantity thick special …