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Relays in the US Procurement Price, Data and Insights
Relays are electrically operated switches. Most relays are composed of an electromagnet that, when displacing a current, pulls another magnet in an adjacent electric system to complete that circuit. By managing the electromagnet, users can control whether the circuit is open or closed, making it an electrical switch. Relays are commonly used for digital signal amplification and logic functions, among other uses. The main buyers of relays are automotive companies, heavy industrial construction firms and electronic part and equipment wholesalers. The main suppliers include wholesalers and manufacturers.
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What’s included in this market coverage
IBISWorld's research coverage on the Relays procurement and pricing environment in the United States includes market dynamics, buyer power scores, supply chain vendors with pricing trends and forecasts.
About this Market
What’s this procurement report about?
This procurement coverage of the Relays market in the United States includes Relays, Relay Support, Electromechanical Relay (EMR), Solid-State Relay (SSR), Reed Relay and Thermal Relay. Standard coding in this coverage includes HS-853641-Electrical Apparatus; Relays, (For A Voltage Not Exceeding 60 Volts), ISIC-271-Manufacture of electric motors, generators, transformers and electricity distribution and control apparatus, NACE-27.12-Manufacture Of Electricity Distribution And Control Apparatus, NAICS-335314-Relay and Industrial Control Manufacturing and UNSPSC-39122300-Electrical relays and accessories.
What common market terminology is included?
Common market terminology included in the Relays procurement coverage includes Armature (One of the two principle electrical parts of an electromechanical machine, such as a relay. The armature carries current, making it the conductor or conductive coil.), Circuit (An electrical network interconnecting various electrical components, such as resistors, conductors, capacitors and relays.), Semiconductor (An electrically conductive material between the conductor and the insulator. Semiconductors are the foundation for most modern electronics.), Solid-State Relay (An electronic component that operates as a relay without any moving components and has a faster switching time.), Electrical Contacts (An electrical circuit component found in electrical devices in an electrical network. Typically, contacts are made of electrically conductive metals to connect a gap that determines whether the circuit is open or closed.) and Contactors (Relays with higher current ratings so that they can connect to and control multiple circuits.).
What companies are included as top suppliers?
The top companies covered in the Relays procurement report as suppliers are Consolidated Electrical Distributors, Inc., W.W. Grainger, Inc., Wesco International, Inc., Panasonic Corp and Siemens Ag.
Opportunity Assessment
What’s included in the Opportunity Assessment chapter?
The Opportunity Assessment chapter provides a comprehensive market analysis of the Relays market in the United States category, including buyer power scoring, market pricing trends, vendor landscape, cost structure, and strategic negotiation levers.
The market pricing trends include the Market Price (2026) per relay, a five year price forecast and a supply chain risk score. Vendor coverage includes a market share and cost structure breakdown.
Analysis includes a comprehensive SWOT analysis of and recent developments impacting the Relays market environment.
Buyer Power Score
What’s included in the Buyer Power Score chapter?
The Buyer Power Score chapter assesses key components impacting Relays procurement including the recent price trend, forecast price trend, availability of substitutes, switching costs, product specialization, average vendor risk, market share concentration, supply chain risk, price driver volatility and recent price volatility.
These components generate a Buyer Power Score that ranges from -5 (strongly favoring sellers) to +5 (strongly favoring buyers) plus a recommended strategy for procurement specialists.
Price Environment
What’s included in the Price Environment chapter?
The Price Environment chapter covers detailed pricing analysis and datasets on Relays market environment. This includes insights into market pricing Market Price (2026), price forecasts, volatility, specialization, substitutes and switching costs.
Datasets in the Price Environment chapter include vendor cost structure, breakdowns of wage rates by geography and specialty, key external economic and labor drivers impacting the market and market pricing models.
Supply Chain & Vendors
What’s included in the Supply Chain & Vendors chapter?
The Supply Chain & Vendors chapter covers the concentration, risk and diversity of the Relays market. This includes datasets on the market’s top suppliers, detailed analysis on the key sourcing risks and supply chain dynamics, with environmental, social and governance (ESG) considerations and scores.
Business Requirements
What’s included in the Business Requirements chapter?
The Business Requirements chapter covers vendor relationships, qualifications, service level agreements and key performance indicators. These inputs provide insight into the planning process through the buying lead time, vendor relationship and vendor qualifications. The sourcing process include key RFP elements like an organizational overview, project budget, selection criteria, project schedule, proposal format, inventory control, cost containment, regulation, quality control, distribution and key contract clauses.
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Frequently Asked Questions
What is the current market price for Relays?
The 2026 benchmark market price for Relays is $36 per relay. Prices have increased at a CAGR of 1.72 from 2023-26.
Who are the top vendors in the Relays market?
The top vendors in the Relays market include Consolidated Electrical Distributors, Inc., W.W. Grainger, Inc., Wesco International, Inc., Panasonic Corp and Siemens Ag.
What industries supply the Relays market?
The top industries supplying the Relays market are Aluminum Manufacturing in the US, Electric Power Transmission in the US, Steel Rolling & Drawing in the US, Coal Mining in the US and Iron Ore Mining in the US.
What is the supply chain risk for Relays?
Moderate vendor risk tied to fluctuating downstream demand. Relay suppliers face uneven demand due to reduced manufacturing activity, which creates financial strain for smaller vendors. While larger firms remain relatively stable, overall vendor risk is moderate, leaving buyers exposed to potential service disruptions. Procurement teams should carefully evaluate vendor stability and maintain diversified sourcing relationships to mitigate this risk.
What factors affect the price of Relays?
Load capacity, switching speed, and durability impact relay pricing, with advanced functionalities like built-in timers or remote control increasing costs. High-capacity industrial relays cost more than standard ones due to enhanced materials and engineering, measured through load ratings and lifespan.
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