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Need
Status: Need is Open

Seeking Manufacturer for Soy-Based Resin

Request Number

NG_2018_0091_N_002
Point of Contact
Description

The Ohio Soybean Council seeks partners who can manufacture scaled quantities of Soy-PK resin to enable supply of lab-scale and pilot scale quantities. 

Background

Soy-PK (CAS# 1973457-12-3) is a proprietary soy-based resin developed to replace Bisphenol-A (BPA) based resins. Soy-PK is reactive with many cross linkers (amino resin, polymeric isocyanates and acrylates) and capable of forming coatings that match the performance of BPA based coatings.

Foam obtained using Soy-PK resin

 

Features and Benefits

  • Bio based resin derived from soybean oil with significantly improved properties compared to alkyds and conventional oleoresins
  • Enhanced chemical and corrosion resistance compared to traditional bio based resins
  • Forms more stable bonds during crosslinking as opposed to less stable esters or urethane linkages
  • Excellent pot life
  • Easy to formulate with traditional coating solvents
  • Enhanced cure kinetics over traditional bio-based resins
  • Drop in replacement for BPA and phenolics in many coating applications
  • No detectable level of estrogenic activity and anti-estrogenic activity in BG1Luc assay
  • Versatile resin for making coatings, adhesives, sealants, elastomers, and foams

For more information about the resin, see data package at:  https://www.pcimag.com/articles/101988-high-solids-reactive-oligomers-derived-from-soybean-oil

The goal is to enable production of 1-20 kg quantities of liquid resin to be able to offer resin samples for development projects.  Ideally, a production partner could also scale up their process to provide larger quantities as demand increases.

Soy-PK is produced by a solvent-free acetoacetylation of soybean oil.

Key success Criteria

Manufacturing partners should have:

  • Capabilities to conduct organic/polymer reactions
  • Capabilities to handle high-viscosity materials
  • The ability to produce 1-kg or 20-kg quantities of liquid resin, preferably with possibility of scaling to 100-kg to 1000-kg quantities as demand increases
  • The ability to control manufacturing process to generate a consistent certificate of analysis specifying key physical properties such as viscosity, density, and molecular weight
Possible Approaches

Possible approaches include, but are not limited to, manufacturing partners such as:

  • Contract chemistry laboratories—private or academic—who are only able to produce one kg lab scale quantities
  • Tolling companies that can produce 10-20 kg quantities
  • Chemical processing companies that produce > 100 kg quantities
Due Date
Dec 21
Items to be submitted

We are looking for a concise abstract/executive summary. The proposal should briefly describe the technical approach and provide information on technology performance, background and description of the responding team and their related experience. Please use the Respond button to complete your submission.

 

Please note that only non-confidential information can be accepted. By submitting a response, you represent that the response does not contain and will not be deemed to contain any confidential information of any kind whatsoever.

Client Point of Contact

Barry McGraw
Gallery Moderator(s)
Kevin Andrews
Request Number
NG_2018_0091_N_002
Preferred Collaboration Types
Area of Interest