Kay Dee
Manufacturing · Iowa, United States · 11-50 Employees
View Company Info for Free
Overview
Headquarters
1919 Grand Ave, Sioux City, Iowa, 51106,...Phone Number
(712) 277-2011Website
www.kaydeefeed.comRevenue
$8.2 MillionIndustry
About Kay Dee
NF Protein specializes in high-quality animal feed ingredients, particularly for poultry and pigs, leveraging over thirty years of experience in research and innovation. The company is a global leader in peptide ingredients, producing DPS, a livestock feed ingredient that enhances nutrient absorption in young animals. By utilizing functional peptides, NF Protein's products improve feed efficiency and promote gastrointestinal health, ultimately saving producers time and money. Their commitment to continuous improvement is evident through rigorous laboratory testing and field research.Explore more
Kay Dee Org Chart
Sell smarter with deeper company insights.
ZoomInfo gives you access to real-time firmographics, buying signals, org charts, and decision-makers - helping your GTM teams prioritize accounts, personalize outreach with AI-driven automation, and close deals faster.
Compare Similar Companies to Kay Dee
Compare insights from companies similar to Kay Dee, focusing on performance, financial data, growth rates, and unique benchmarks to identify key industry trends and opportunities.
Revenue
Number of Employees
Type
Funding
Founded In
$6.5M
11-50
Private
-
1985
Kay Dee Tech Stack
A closer look at the technologies used by Kay Dee
Top Manufacturing Companies
Top companies in Canada by revenue
Top companies in Australia by revenue
Top companies in New Zealand by revenue
Frequently Asked Questions Regarding Kay Dee
Sign Up For FreeTo access detailed company insights
NF Protein specializes in high-quality animal feed ingredients, particularly for poultry and pigs, leveraging over thirty years of experience in research and innovation. The company is a global leader in peptide ingredients, producing DPS, a livestock feed ingredient that enhances nutrient absorption in young animals. By utilizing functional peptid... Read More
