lignus as additive for concrete

Use of lignin-based products in concrete - ScienceDirect

1996.1.1 Lignosulphonates are used as adhesive for plywood and particle board. Lignins find use in ceramics, carbon black, dyes, pigments and many other products. Lignosulphonates are also used as dispersants and foaming agents in the manufacture

The role of lignin and lignin-based materials in

2021.9.30 Initially, lignosulfonates were used as concrete admixtures because of the possibility of direct application, as well as the fact that a positive impact on the composite could be obtained without any additional chemical treatments.

Lignin-Based Hybrid Admixtures and their Role in Cement

2019.9.30 Approximately half of the lignin-derived products manufactured worldwide are used for production of cement and concrete. Additionally, these materials are used as additives (0.5–2.0%) for production of bricks and ceramics, as components of plasterboard (0.1–0.3%), or for reducing the dust content in road construction [ 12 ].

Lignosulfonate as plasticizer for cement: the effect of

2016.10.30 Lignosulfonate plasticizers are sustainable bio-admixture for concrete and originate from two essential different tree types; hardwood and softwood.

Lignin-Based Hybrid Admixtures and their Role in Cement

2019.9.30 additive significantly improves the initial mortar strength both after 7 days (31.3 MPa) and 28 days of curing (55.6 MPa), compared with the mixture wi thout additives (reference sample). This clearly

Lignin as an Additive for Advanced Composites SpringerLink

2016.11.10 1 Introduction Lignin is the second most abundant polymer on Earth and mainly found in hard and softwood trees which contain 20–30 % lignin. From the total pulp production, approximately 70 million tonnes of lignin are available per year.

Frontiers Review on Applications of Lignin in Pavement

Lignosulfonate can also be used as concrete admixtures, feed binders, soil stabilizers, dispersants, dye modifiers, air absorbents in mortar, expanders, and asphalt emulsifiers. There are structures such as hydroxyl groups and aromatic groups in lignin, which can react chemically with other polymers, leading to depolymerization products of ...