Core Molding Technologies, Inc. (CMT)
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Core Molding Technologies Q2 Earnings Call Highlights
Core Molding Technologies NYSEAMERICAN: CMT reported fiscal 2026 second-quarter production sales that declined 1.2% year over year as continued weakness in the medium- and heavy-duty truck market offset growth in several other end markets. Management reiterated its full-year outlook, including expectations for sales ranging from flat to up approximately 5%.
Core Molding Technologies, Inc. (CMT) Q2 2026 Earnings Call Transcript
Core Molding Technologies, Inc. (CMT) Q2 2026 Earnings Call Transcript
Core Molding Technologies (CMT) Q2 Earnings Match Estimates
Core Molding Technologies (CMT) came out with quarterly earnings of $0.21 per share, in line with the Zacks Consensus Estimate . This compares to earnings of $0.47 per share a year ago.
Core Molding Technologies, Inc. Investors
| Name | Quantity | Cost | Value | Profit ($) | Gain (%) |
|---|---|---|---|---|---|
 Curtis Ellergodt Rothschild Investment LLC | 1 | $22 | $24.45 | $2.45 | 11.14% |
| JD Jim Dushek HARBOUR INVESTMENTS Inc. | 3 | $45.6 | $75.99 | $30.39 | 66.64% |
 Joseph Castro Nuveen LLC | 16,950 | $258,784.6 | $427,648.5 | $168,863.9 | 65.25% |
 Jennifer Grunberg Allspring Global Investments Holdings LLC | 118,470 | $2.35M | $2.99M | $642,979.72 | 27.35% |
 Michelle Johnston 1620 INVESTMENT ADVISORS Inc. | 293 | $4,670.42 | $6,903.08 | $2,232.66 | 47.8% |
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Core Molding Technologies, Inc. Profile
| Specialty Retail Industry | Consumer Discretionary Sector | Eric L. Palomaki CEO | AMEX Exchange | 218683100 CUSIP |
| US Country | 1,239 Employees | 31 May 2018 Last Dividend | 7 Nov 2013 Last Split | 16 Sep 1988 IPO Date |
Overview
Core Molding Technologies, Inc., operating with its subsidiaries, is a prominent molder of thermoplastic and thermoset structural products. Initially established as Core Materials Corporation, it underwent a name change to Core Molding Technologies, Inc. in August 2002 to better reflect its comprehensive capabilities in molding technologies. Since its incorporation in 1996, the company has made a mark in the industry with its innovative approach towards manufacturing processes and its broad market reach. Headquartered in Columbus, Ohio, Core Molding Technologies serves a diverse array of markets including medium and heavy-duty truck, automotive, power sport, construction, building products, industrial, utilities, and additional commercial markets not only within the United States but also expanding to Mexico, Canada, and other international locations.
Products and Services
Core Molding Technologies offers an extensive range of manufacturing processes catering to the diverse needs of several industries:
- Compression Molding of Sheet Molding Compound: This process involves the molding of complex and high-strength parts, ideal for automotive, industrial, and heavy-duty truck applications. The technique is known for delivering excellent part consistency and high-quality finishes.
- Resin Transfer Molding: An advanced molding process used to create parts that are lightweight yet strong. This method is preferred for manufacturing components that require intricate shapes or superior surface quality.
- Liquid Molding of Dicyclopentadiene (DCPD): This unique process offers benefits in producing large parts with excellent durability and impact resistance. It is commonly used in agricultural, construction, and industrial vehicle applications.
- Spray-up and Hand-lay-up: Traditional processes that are highly versatile and used for producing large parts with complex shapes. These methods are particularly suited for the marine, automotive, and industrial markets.
- Direct Long-Fiber Thermoplastics: A cutting-edge process that incorporates long fibers directly into thermoplastic matrixes, resulting in parts that are lightweight with superior strength and toughness. This process is widely utilized in the automotive and power sports industries.
- Structural Foam and Structural Web Injection Molding: These processes are designed to manufacture parts with high strength-to-weight ratios and are often employed in applications across the automotive, building products, and industrial sectors.
