API Heat Transfer was honored to receive Caterpillar's Supplier Excellence Recognition. This recognition reflects the close partnership between our organizations and API Heat Transfer's continued commitment to providing high-quality products and services.

The 12th edition of Asia Data Centre Expo will be held at Sands Expo and Convention Centre, Singapore, from September 29 to 30. As a seasoned thermal solution provider with 147 years of dedicated expertise in the industrial heat transfer sector, API Heat Transfer will present its full range of technological achievements and service systems tailored for data centre scenarios at Booth 3-G5. The company will share its accumulated technical insights in thermal management with the Asia-Pacific market, and explore the high-quality development path for intelligent computing infrastructure alongside global industry partners.

As a globally leading provider of heat transfer products and solutions, API Heat Transfer’s integrated cooling systems for mobile and engineering machinery are purpose-engineered for mobile and off-highway equipment operating in the harshest environments, delivering reliable thermal management performance under extreme load cycles and harsh on-site conditions.

As a specialized manufacturer deeply rooted in heat exchange technology, API Heat Transfer draws on nearly 150 years of R&D and field-proven experience in thermal solutions to deliver a full product portfolio covering shell-and-tube, plate and air-cooled heat exchangers for commercial vessels, naval ships and offshore oil & gas platforms. All heat exchanger solutions are purpose-engineered for continuous seawater service conditions, compact engine room layouts and long-term drydocking-free maintenance requirements.

Against the backdrop of surging AI computing power demand, the energy consumption and operating costs of cooling systems are becoming the largest hidden cost driver for data centers. The newly launched SIGMA M186 plate heat exchanger from API Heat Transfer, with a temperature difference performance as low as 0.5°C, delivers a quantifiable, scalable cost-reduction path for the industry.