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Parker Hannifin’s Performance Materials Division has launched three thermal adhesives for its CoolTherm portfolio, aimed at electric-vehicle and industrial-electrification applications. The products differ in bonding, cure time, toughness and dispensing characteristics; Parker has not provided pricing, availability dates or detailed performance test data in the source report.
Parker Hannifin’s Performance Materials Division has launched three thermal adhesives for its CoolTherm portfolio, targeting electric-vehicle and industrial-electrification applications. The products offer different combinations of bonding, cure time and dispensing properties, giving manufacturers additional options for assembling components that need to transfer heat.
The new products are CoolTherm UR-2800, a thermally conductive urethane adhesive; CoolTherm UR-2400 SLW, a slow-cure urethane adhesive; and CoolTherm TC-2080, a thermally conductive adhesive. Parker describes the range as intended for manufacturers working across EV and industrial electrification platforms.
Parker says UR-2800 is designed to bond to a wider variety of substrates, provide higher bond strengths and cure quickly. The company did not specify which substrates were tested, the measured bond strength or the cure conditions in the source announcement.
UR-2400 SLW is described as having approximately 2.0 W/m·K thermal conductivity, moderate-to-high strength and high toughness. Its slower cure is intended to provide an extended rework window. Parker says TC-2080 retains key properties of the existing TC-2002 while removing glass spacers, and is designed for very large dispensed beads with increased resistance to sagging.
More Options for Thermal Bonding
Thermal adhesives can join components while helping conduct heat away from them, a consideration in electrified equipment where manufacturers must manage heat within compact assemblies. The three additions target different production and design needs: faster cure and broader substrate bonding with UR-2800, more time for adjustment with UR-2400 SLW, and large-bead dispensing with improved sag resistance using TC-2080.
These stated differences may give product designers and manufacturing engineers more choices when selecting a bonding material for an application. However, the announcement does not provide independent test results, comparative performance data or details about specific customer programs. The stated benefits are Parker’s product descriptions, not independently verified findings.
thermal adhesive for electronics assembly
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CoolTherm’s Electrification Applications
The products extend Parker’s CoolTherm range, which the company positions for EV and industrial-electrification uses. The announcement frames the launch against changing battery architectures and manufacturers’ need for thermal adhesive solutions that can fit varied designs and production processes.
Parker’s statement refers to both urethane and acrylic adhesive technologies. The product descriptions identify UR-2800 and UR-2400 SLW as urethanes, while TC-2080 is identified as a thermally conductive adhesive. The source does not give further formulation details or specify the exact industries, components or assembly lines for which each product is intended.
“As battery architecture evolves, EV and industrial electrification manufacturers need proven, production-ready thermal adhesive solutions that improve reliability, manufacturability and design flexibility.”
— Parker Hannifin, in a company statement
thermally conductive adhesive for EV batteries
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Product Data Still to Come
The source announcement does not state when the adhesives will be available, their pricing, or whether they are already qualified for particular vehicle or industrial programs. It also does not provide detailed test methods, cure schedules, substrate lists, bond-strength figures or comparative results against earlier CoolTherm products.
Parker’s descriptions identify intended properties, but the announcement does not establish how those properties perform under specific operating conditions or across different manufacturing processes. It is also unclear whether the products are available globally or in selected markets.
urethane thermal adhesive for industrial use
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Availability and Technical Details
The launch establishes the three products as additions to Parker’s CoolTherm portfolio, but the source report does not identify a later release date, product demonstration or technical data publication. Buyers and engineers will need to consult Parker for availability, specifications and application guidance before assessing a product for a particular assembly.
Further information that would help evaluate the launch includes cure conditions, tested substrates, application limits and performance data under relevant operating environments. No customer adoption, production deployment or follow-up company announcement is confirmed in the source material.
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Key Questions
Which three CoolTherm adhesives did Parker launch?
Parker announced UR-2800, UR-2400 SLW and TC-2080 as additions to its CoolTherm thermal adhesive line.
What is the stated thermal conductivity of UR-2400 SLW?
Parker describes UR-2400 SLW as having approximately 2.0 W/m·K thermal conductivity. The source does not provide a test method or additional measurement conditions.
How do the products differ?
Parker says UR-2800 is designed for broader substrate bonding and quick cure; UR-2400 SLW offers a slower cure and extended rework time; and TC-2080 is designed for very large dispensed beads with greater sag resistance.
Are prices or availability dates confirmed?
No. The source announcement does not give pricing, availability dates or geographic availability.
Has Parker published detailed performance test results?
The report includes selected product descriptions and the stated thermal-conductivity figure for UR-2400 SLW, but it does not include detailed test methods or comparative performance results.
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