Skip to Main Content
HBS Home
  • About
  • Academic Programs
  • Alumni
  • Faculty & Research
  • Baker Library
  • Giving
  • Harvard Business Review
  • Initiatives
  • News
  • Recruit
  • Map / Directions
Faculty & Research
  • Faculty
  • Research
  • Featured Topics
  • Academic Units
  • …→
  • Harvard Business School→
  • Faculty & Research→
Publications
Publications
  • 2022
  • Working Paper

Pulp Friction: The Value of Quantity Contracts in Decentralized Markets

By: Olivier Darmouni, Simon Essig Aberg and Juha Tolvanen
  • Format:Print
  • | Language:English
ShareBar

Abstract

Firms in decentralized markets often trade using quantity contracts, agreements that specify quantity in advance of trade. We show that firms use quantity contracts to reduce the costs of trading frictions. Specifically, quantity contracts are valuable for two reasons. First, they increase trade between high surplus trading partners because they lock in trade prior to the point of sale. Second, they provide quantity insurance - we show that buyers and sellers are endogenously risk averse with respect to quantity. However, quantity contracts are costly due to their inflexibility to market conditions. Using proprietary invoice data from a large seller, we estimate a model of quantity contracts in the pulp and paper industry. We find that the median value of a quantity contract is 11% of net price. The median value would be 22% lower without quantity insurance and 33% higher without the cost of inflexibility. As trading frictions diminish, the seller uses fewer quantity contracts and profits increase.

Keywords

Decentralized Markets; Trading Frictions; Market Structure; Transaction Costs; Contracts; Market Transactions; Pulp and Paper Industry

Citation

Darmouni, Olivier, Simon Essig Aberg, and Juha Tolvanen. "Pulp Friction: The Value of Quantity Contracts in Decentralized Markets." Working Paper, July 2022.
  • SSRN
  • Read Now

More from the Authors

    • 2021
    • Faculty Research

    Quantifying the Inefficiency of Multi-unit Auctions for Normal Goods

    By: Brian Baisa and Simon Essig Aberg
More from the Authors
  • Quantifying the Inefficiency of Multi-unit Auctions for Normal Goods By: Brian Baisa and Simon Essig Aberg
ǁ
Campus Map
Harvard Business School
Soldiers Field
Boston, MA 02163
→Map & Directions
→More Contact Information
  • Make a Gift
  • Site Map
  • Jobs
  • Harvard University
  • Trademarks
  • Policies
  • Accessibility
  • Digital Accessibility
Copyright © President & Fellows of Harvard College