What does HTI mean in UNCLASSIFIED

Heat Transfer International is an engineering services company focused on providing thermal solutions for industries ranging from diesel engines to HVAC systems. We specialize in the design and implementation of efficient heat transfer systems to meet our customers’ needs.

Heat transfer is the process of energy transfer between two or more objects that are at different temperatures. This can be done through conduction, convection, radiation, or a combination of these methods.

Conduction is a means of transferring heat between two objects that share a common boundary. It involves the particles in the common material vibrating and thus exchanging energy with each other until they both reach an equilibrium temperature.

Convection is the process by which heat passes through fluids such as air or water and then transfers energy from one location to another. It occurs when there are differences in temperature within a medium and the higher temperature regions will rise while cooler regions will sink, thus transferring energy throughout the medium.

Radiation is the direct transfer of thermal energy through electromagnetic waves rather than particles as with conduction and convection. This can occur through processes like black body radiation, where objects directly emit light as infrared radiation based on their surface temperature.

We require all clients to provide us with accurate measurements and descriptions of their existing systems prior to beginning work on any project. Additionally, we may need access to any relevant documentation such as schematics or plans so that we can accurately assess your needs before proceeding with a plan of action.

Many materials can be used for thermal solutions depending on the application; some examples include metal alloys (such as copper), ceramics, plastics, and composites like graphite foam. Each material has its own set of properties which makes it suitable for different purposes; we work closely with our customers to ensure they're getting exactly what's needed for each job.