The aim of this study is to prevent or decrease the formation of chromium(VI) in leather by using the antioxidant property of tannic acid (TA). For this purpose, tannic acid was used in pickling stage of leather processing in varied amounts. The leathers processed with and without tannic acid were exposed to natural conditions and UV radiation under different temperatures and time intervals, subsequently, a possible formation and/or change in Cr(VI) content in the leathers was investigated. Additionally, some physical properties of leathers were also tested. The results indicated that the tannic acid usage in pickling stage has positive effects on decreasing Cr(VI) formation in leather
Tanning materials used for production of leathers may vary according to the properties required and ...
WOS: 000386122200014Present study aims the use of natural vegetable tannins as antioxidant phenolic ...
In this research, a new titanium tanning agent (TMW/2) obtained from the wastes of the metal industr...
The presence of formaldehyde and hexavalent chromium in leather products, results from the inclusion...
WOS: 000344418600015The presence of formaldehyde and hexavalent chromium in leather products, result...
Chromium used in leather manufacturing can be oxidized from the trivalent to the hexavalent state, c...
Even though Cr(VI) is not used in any step of leather making, the presence of Cr(VI) in leather has ...
WOS: 000404095600006In recent decades many studies have been conducted in order to understand the ex...
The research was aimed to investigate the influence of minimizing chromium use on combined chromium-...
This work has been funded by the European Commission through the Chrom6less Project (CRAFT -1999-71...
6th International Conference on Advanced Materials and Systems, ICAMS 2016 -- 20 October 2016 throug...
Leather is an important biobased collagen protein material, which is used in the manufacture of a va...
WOS: 000273600200010Tanning materials used for production of leathers may vary, according to the pro...
The chromium salt tanning system, which is still the most popular leather tanning procedure, is unde...
Basic chromium sulphate is the most versatile and common tanning agent in the leather industry. Unde...
Tanning materials used for production of leathers may vary according to the properties required and ...
WOS: 000386122200014Present study aims the use of natural vegetable tannins as antioxidant phenolic ...
In this research, a new titanium tanning agent (TMW/2) obtained from the wastes of the metal industr...
The presence of formaldehyde and hexavalent chromium in leather products, results from the inclusion...
WOS: 000344418600015The presence of formaldehyde and hexavalent chromium in leather products, result...
Chromium used in leather manufacturing can be oxidized from the trivalent to the hexavalent state, c...
Even though Cr(VI) is not used in any step of leather making, the presence of Cr(VI) in leather has ...
WOS: 000404095600006In recent decades many studies have been conducted in order to understand the ex...
The research was aimed to investigate the influence of minimizing chromium use on combined chromium-...
This work has been funded by the European Commission through the Chrom6less Project (CRAFT -1999-71...
6th International Conference on Advanced Materials and Systems, ICAMS 2016 -- 20 October 2016 throug...
Leather is an important biobased collagen protein material, which is used in the manufacture of a va...
WOS: 000273600200010Tanning materials used for production of leathers may vary, according to the pro...
The chromium salt tanning system, which is still the most popular leather tanning procedure, is unde...
Basic chromium sulphate is the most versatile and common tanning agent in the leather industry. Unde...
Tanning materials used for production of leathers may vary according to the properties required and ...
WOS: 000386122200014Present study aims the use of natural vegetable tannins as antioxidant phenolic ...
In this research, a new titanium tanning agent (TMW/2) obtained from the wastes of the metal industr...