Amides of rosin resin acids are a promising material for use in the technology of paper and cardboard in order to increase its strength characteristics. Therefore product of rosin resin acids interaction with diethylenetriamine arouses interest. The influence of temperature and duration of the process of interaction of rosin resin acids with diethylenetriamine on the acid number of the product are examined in this article. Melting point of the received rosin amides was defined. The thermal stability of the reaction product of abietic acid with diethylenetriamine was studied. It was proved that this product contains the appropriate functional groups using IRspectroscopy
[EN] There is a growing interest in the use of non-polluting compounds, which come from renewable so...
The antibacterial features of natural pine/spruce rosin are well established, yet the functionality ...
One method for adding enhancing properties to textile materials is the insertion of natural ingredie...
Amides of rosin resin acids are a promising material for use in the technology of paper and cardboar...
The use of raw materials from renewable sources has become an important topic for different industri...
Rosin is an abundantly available natural product. The characteristic fused ring structure of rosin a...
Article examines the effectiveness of the reinforcing action for the first time received additives ...
Nitrogen-containing compounds were synthesized for the first time in the department of chemical proc...
Fumaric acid polyamids were synthesized by interaction of fumaric acid with polyamines (diethylenetr...
Rosin is a natural resin from the coniferous tree sap, which separated from its oil content (terpene...
Cationic rosin has many uses in papermaking; however, its performance as an internal sizing agent di...
Acknowledgements: This work is supported by the Fundação para a Ciência e a Tecnologia (FCT) and Ce...
A series of novel epoxy resins were prepared from chemically modified rosin, mainly constituted of a...
The following substances were used as additives: maleated rosin modified with oleic acid, containing...
A literature survey is presented concerning the yellowing of paper with age and the relationships of...
[EN] There is a growing interest in the use of non-polluting compounds, which come from renewable so...
The antibacterial features of natural pine/spruce rosin are well established, yet the functionality ...
One method for adding enhancing properties to textile materials is the insertion of natural ingredie...
Amides of rosin resin acids are a promising material for use in the technology of paper and cardboar...
The use of raw materials from renewable sources has become an important topic for different industri...
Rosin is an abundantly available natural product. The characteristic fused ring structure of rosin a...
Article examines the effectiveness of the reinforcing action for the first time received additives ...
Nitrogen-containing compounds were synthesized for the first time in the department of chemical proc...
Fumaric acid polyamids were synthesized by interaction of fumaric acid with polyamines (diethylenetr...
Rosin is a natural resin from the coniferous tree sap, which separated from its oil content (terpene...
Cationic rosin has many uses in papermaking; however, its performance as an internal sizing agent di...
Acknowledgements: This work is supported by the Fundação para a Ciência e a Tecnologia (FCT) and Ce...
A series of novel epoxy resins were prepared from chemically modified rosin, mainly constituted of a...
The following substances were used as additives: maleated rosin modified with oleic acid, containing...
A literature survey is presented concerning the yellowing of paper with age and the relationships of...
[EN] There is a growing interest in the use of non-polluting compounds, which come from renewable so...
The antibacterial features of natural pine/spruce rosin are well established, yet the functionality ...
One method for adding enhancing properties to textile materials is the insertion of natural ingredie...