Pipe Insulation – Minimizes heat loss or gain, controls condensation, and enhances energy efficiency in hot and cold piping systems. It also protects pipes from freezing, reduces noise, and extends the lifespan of piping by preventing corrosion and mechanical damage. Ideal for commercial, industrial, and HVAC applications.

Boiler Insulation – Improves thermal efficiency by reducing heat loss, maintains consistent temperatures, and safeguards personnel from exposure to hot surfaces. It also supports energy savings and extends the life of boiler systems in industrial and commercial settings.

Chiller Pipe Insulation – Effectively prevents heat gain and condensation in chilled water lines, ensuring optimal cooling performance. It helps maintain consistent temperatures, reduces energy consumption, prevents pipe sweating, and protects against corrosion and mold growth.

Aluminum Jacketing – Provides a strong, weather-resistant outer layer that protects insulation systems from mechanical damage, UV exposure, moisture, and corrosive elements. It enhances the durability and longevity of insulation in both indoor and outdoor environments.

We specialize in providing safe, reliable, and expertly engineered scaffolding solutions tailored to the demanding needs of construction, maintenance, and access operations across a wide range of industries. From routine facility work to high-risk, complex environments, our experienced team delivers customized scaffold systems that prioritize safety, efficiency, and compliance.

One of our core strengths is the design and installation of stair towers, which offer safe, stable, and convenient vertical access for workers and equipment. These structures are ideal for multi-level job sites, shutdowns, industrial plants, and areas where frequent access is required. Our stair towers are built using high-quality materials, meet all OSHA and union safety standards, and are designed to handle heavy foot traffic with minimal disruption to surrounding operations.

We also provide:

• System Scaffolding for complex structures and irregular shapes

• Frame Scaffolding for general access and construction tasks

• Suspended Scaffolding for elevated or hard-to-reach areas

• Rolling Towers for mobile access needs

Whether it’s short-term access or long-term project support, Native Industrial delivers scaffolding solutions that meet your schedule, budget, and the highest safety expectations.

Heat trace, also known as trace heating, is a critical technology used to maintain or elevate the temperature of pipes, vessels, and other equipment. It prevents freezing, maintains process temperatures, and ensures fluidity in various industrial and commercial applications. Here’s a closer look at the current state and recent advancements in heat tracing technology:

What is Heat Trace?

Heat trace involves the application of an electrically powered heating cable or element along the surface of a pipe or vessel. These systems are designed to counteract heat loss, protect against freeze damage, and maintain specific process temperatures. They are commonly used in colder climates and in applications where temperature consistency is vital.

Types of Heat Trace Systems

1. Self-Regulating Heat Trace Cables:
   These cables automatically adjust their output based on ambient temperature. As the surrounding temperature drops, the cable increases heat output, and it decreases the output in warmer conditions. This dynamic response improves energy efficiency and minimizes the risk of overheating.

2. Constant Wattage Heat Trace Cables:
   Designed to deliver a steady amount of heat per unit length regardless of ambient conditions, constant wattage cables are ideal for applications where exact temperature maintenance is crucial.

3. Controlled Heat Trace Systems:
   Integrated with sensors, thermostats, or digital control units, these systems actively monitor conditions and adjust the power output. They offer improved safety features and enhanced energy management, especially in industrial process applications.