Reverse Engineering of Rubber Adhesive
Budget: $250 – $750 AUD
I need an experienced chemical engineer to reverse engineer a two-part rubber adhesive for me. This adhesive should possess the following properties:
- High strength: The adhesive needs to have an extremely strong bonding force.
- Flexibility: The adhesive should not crack or falter when the rubber it joins expands, contracts, or bend.
- Temperature resistance: The adhesive should perform equally well in a variety of temperature conditions, meaning it shouldn't degrade in heat or lose its efficacy in the cold.
The adhesive will primarily be used to bond rubber materials together. Therefore, understanding the chemistry of rubber and how to effectively create a strong bond between similar materials is crucial. Experience with adhesives and sealants will be beneficial for this project. Your task will include providing a detailed formulation and process suitable for manufacturing.
- High strength: The adhesive needs to have an extremely strong bonding force.
- Flexibility: The adhesive should not crack or falter when the rubber it joins expands, contracts, or bend.
- Temperature resistance: The adhesive should perform equally well in a variety of temperature conditions, meaning it shouldn't degrade in heat or lose its efficacy in the cold.
The adhesive will primarily be used to bond rubber materials together. Therefore, understanding the chemistry of rubber and how to effectively create a strong bond between similar materials is crucial. Experience with adhesives and sealants will be beneficial for this project. Your task will include providing a detailed formulation and process suitable for manufacturing.