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194947 - Miller 194947 PWHT Insulation Blanket for 2.5 Inch Pipe

Packaging: 1 per ea
$586.28/ea $363.83/1 per ea only $363.83/eaSave 38%

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OVERVIEW

Miller 194947 Insulation Blanket for PWHT Applications

The Miller 194947 is a specialized insulation blanket designed specifically for Post-Weld Heat Treatment (PWHT) applications on 2.5-inch diameter pipes. Measuring 12 inches by 15 inches, this pre-cut blanket is an essential accessory for professionals utilizing induction heating systems, such as the Miller ProHeat 35, to perform stress relief on welded pipe joints. In the demanding field of industrial welding, maintaining precise temperature control and thermal efficiency is paramount, and high-quality insulation is the key to achieving these results.

This insulation blanket serves a dual purpose in the induction heating process. First, it acts as a thermal barrier that retains heat within the workpiece, ensuring that the target temperature for stress relief is reached efficiently and maintained for the required soak time. Without proper insulation, heat loss to the surrounding environment would be significant, leading to energy inefficiency and potential inconsistencies in the heat treatment profile. Second, and equally important, the blanket provides a protective layer between the hot workpiece and the induction heating cables (coils). By preventing direct contact, the blanket shields the liquid-cooled cables from the extreme temperatures of the pipe, thereby extending the lifespan of the equipment and preventing costly damage.

The pre-cut nature of the Miller 194947 offers a significant advantage over bulk insulation rolls. It eliminates the need for measuring and cutting on the job site, which streamlines the setup process and reduces labor time. The dimensions are optimized for 2.5-inch pipes, ensuring a proper fit without excessive overlap or gaps that could compromise thermal uniformity. Whether used in petrochemical plants, power generation facilities, or pipeline construction, this insulation blanket is a critical component for ensuring code-compliant PWHT results.

Key Technical Specifications:

  • Pipe Compatibility: 2.5 Inch Diameter
  • Dimensions: 12" Width x 15" Length
  • Application: Post-Weld Heat Treatment (PWHT)
  • Function: Thermal Insulation and Coil Protection
Additional Information
Packaging Description:1 Per Ea
Product Type:Insulation Blanket
Application:Induction Heating, PWHT (Post-Weld Heat Treatment)
----- new values below ----
Product Type:Insulation Blanket
Application:PWHT (Post-Weld Heat Treatment), Induction Heating
Pipe Size Compatibility:2.5 Inch Pipe
Dimensions:12 in x 15 in
Brand:Miller OEM
Packaging Description:1 Per Ea

INCLUDED

  • 1 x Insulation Blanket, PWHT for 2.5 Inch Pipe (12" x 15")

APPLICATIONS

  • Post-Weld Heat Treatment (PWHT) of piping systems
  • Induction heating stress relief
  • Pipeline construction and maintenance
  • Petrochemical refinery repairs
  • Power plant pipe fabrication
  • Protection of liquid-cooled induction coils

FAQ

The Miller 194947 is designed for Post-Weld Heat Treatment (PWHT) applications, specifically to insulate 2.5-inch diameter pipes during the induction heating process.

This insulation blanket measures 12 inches by 15 inches.

It serves two main purposes: it thermally insulates the pipe to maintain consistent heating temperatures and protects the induction coils from direct contact with the hot workpiece.

This is a pre-cut blanket sized specifically for 2.5-inch pipes, which saves setup time compared to cutting from a bulk roll.

Generally, high-temperature insulation blankets can be reused multiple times if they remain structurally intact and free from contaminants, though lifespan depends on the severity of the thermal cycles.

It is typically used with induction heating systems, such as the Miller ProHeat 35, for pipe stress relieving applications.

It is designed to be the primary layer between the pipe and the coil. Additional insulation layers may be placed over the coil depending on the specific procedure and heat retention requirements.

By minimizing radiant heat loss, the blanket improves the thermal efficiency of the process, allowing the system to reach target temperatures faster and with less energy.