The production of adhesive from cassava root IITA variety TMS 94/0026 was performed. Applications of starch based adhesive are limited due to its unsuitable properties. Improvements in properties of adhesives produced were achieved by investigating the effects of temperature, mass (concentration) of the viscosity enhancer /stabilizer (borax) and gelatinization modifier (acidic, hydrogen chloride acid (HCl) and basic sodium hydroxide (NaOH)) and its concentration on the properties (viscosity, density and pH) of the adhesive produced. The effect of the gelatinization modifier (HCL and NaOH) on the drying time and bond strength of the adhesive was also investigated. Results obtained provide a wide range of conditions for producing starch-based...
Starch solutions are said to be pseudo thermoplastic in nature. Hydrolysis & gelatinization could ad...
Starch solutions are said to be pseudo thermoplastic in nature. Hydrolysis & gelatinization could ad...
A novel strategy for improving wet resistance and bonding properties of starch-based adhesives using...
A comparative study of the use of rice and cassava starches for the production of adhesives was inve...
The present study is aimed at investigating the properties of Cassava starch for the production of a...
Cassava starch and expanded polystyrene [EP] (Styrofoam) were collected and converted into adhesives...
A biodegradable, environmentally friendly starch-based wood adhesive with cassava starch as a raw ma...
This research work is aimed at producing dextrins from cassava starch and also to investigate the ef...
Recently, starch has attracted great consideration as a raw material on wood adhesives in the wood i...
Recently, starch has attracted great consideration as a raw material on wood adhesives in the wood i...
Addition of chemicals during the extraction of cassava starch for enhancing the settling rate, white...
Abstract Native cassava starch was gelatinized under different pretreatment conditions (preheating ...
Modified starch was prepared in this work by acid-thinning and oxidizing corn starch with ammonium p...
The effect of acid hydrolysis on the physico-chemical properties of cassava starch was investigated....
This work was focused on the development of ecofriendly adhesives from cassava starch modified by po...
Starch solutions are said to be pseudo thermoplastic in nature. Hydrolysis & gelatinization could ad...
Starch solutions are said to be pseudo thermoplastic in nature. Hydrolysis & gelatinization could ad...
A novel strategy for improving wet resistance and bonding properties of starch-based adhesives using...
A comparative study of the use of rice and cassava starches for the production of adhesives was inve...
The present study is aimed at investigating the properties of Cassava starch for the production of a...
Cassava starch and expanded polystyrene [EP] (Styrofoam) were collected and converted into adhesives...
A biodegradable, environmentally friendly starch-based wood adhesive with cassava starch as a raw ma...
This research work is aimed at producing dextrins from cassava starch and also to investigate the ef...
Recently, starch has attracted great consideration as a raw material on wood adhesives in the wood i...
Recently, starch has attracted great consideration as a raw material on wood adhesives in the wood i...
Addition of chemicals during the extraction of cassava starch for enhancing the settling rate, white...
Abstract Native cassava starch was gelatinized under different pretreatment conditions (preheating ...
Modified starch was prepared in this work by acid-thinning and oxidizing corn starch with ammonium p...
The effect of acid hydrolysis on the physico-chemical properties of cassava starch was investigated....
This work was focused on the development of ecofriendly adhesives from cassava starch modified by po...
Starch solutions are said to be pseudo thermoplastic in nature. Hydrolysis & gelatinization could ad...
Starch solutions are said to be pseudo thermoplastic in nature. Hydrolysis & gelatinization could ad...
A novel strategy for improving wet resistance and bonding properties of starch-based adhesives using...