2 research outputs found
Manufacturing and Evaluation of Mechanical Properties for Rice Husk Particle Board Using IoT
No full text750-754In recent times, different types of particleboards are being preferred in the construction of houses, partitions, furniture
etc. The production of such materials can be manufactured using rice husk, which has been obtained as waste produced in
rice millers. Adhesive such as formaldehyde, when exposed to fire, causes toxic flames which are fatal in nature. The basic
condition for production of particleboards is to check the temperature and humidity content in the rice husk which has been
done by using DHT 11 sensors i.e., application of Internet of Thing (IoT) erected method. This identification helps in
finding the suitable temperature through which bio-based adhesives have been prepared. In present study, two different
types of bio-adhesives namely tamarind with formalin and tamarind with boric acid has been used in manufacturing process.
The application of IoT erected method follows a complex preparation method but will partially fulfil the job and reduces
human involvement. Finally, when the proper temperature and moisture level has been measured, the preparation becomes
easy. After manufacturing the particleboard, the strength has been tested by a three-point bend test and have been compared
with commercially available boards with formaldehyde base adhesive
Manufacturing and Evaluation of Mechanical Properties for Rice Husk ParticleBoard Using IoT
Get PDFIn recent times, different types of particleboards are being preferred in the construction of houses, partitions, furnitureetc. The production of such materials can be manufactured using rice husk, which has been obtained as waste produced inrice millers. Adhesive such as formaldehyde, when exposed to fire, causes toxic flames which are fatal in nature. The basiccondition for production of particleboards is to check the temperature and humidity content in the rice husk which has beendone by using DHT 11 sensors i.e., application of Internet of Thing (IoT) erected method. This identification helps infinding the suitable temperature through which bio-based adhesives have been prepared. In present study, two differenttypes of bio-adhesives namely tamarind with formalin and tamarind with boric acid has been used in manufacturing process.The application of IoT erected method follows a complex preparation method but will partially fulfil the job and reduceshuman involvement. Finally, when the proper temperature and moisture level has been measured, the preparation becomeseasy. After manufacturing the particleboard, the strength has been tested by a three-point bend test and have been comparedwith commercially available boards with formaldehyde base adhesive
