Industrial Nanotech Inc (INTK)

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South Africa Paper Mill – Steam Pipe to Safe Touch Temperature

Are you looking for an easy solution that keeps your hot equipment from burning your personnel? Check out this case study with THERMAL VIDEO of our Heat Shield EPX-H2O spray-on insulation solution

https://www.synavax.com/portfolio-items/steam-pipe-safe-touch-papermill/?platform=hootsuite

Project Description

Pipe Insulation Flir Thermal Imaging

South Africa Paper Mill Steam Pipe to Safe Touch Temperature
Surface Temperature Lowered by -158.4F (-88C) for Personnel Safety

Problem

Needed a durable insulation for steam pipes running at 280.4F (132C) for personnel safety.

Solution

When it comes to choosing the best insulation for your facility, the proof is always in the performance. That’s one of the reasons that we always tell people to try it for themselves if they’re feeling unsure, because we know that our thermal insulation coatings speak for themselves.

You can do energy saving calculations and estimates, but when push comes to shove, energy and facility managers just want to know the insulation is going to lower surfaces for safe touch applications and reduce their energy costs.

So, you’ll definitely want to check out the latest field application shared with us from our South African based Distributor, Syna-Africa. The Flir video speaks volumes about the performance you’ll see from our powerful and patented thermal insulation coatings.

Client: Large Paper Mill

Surface: Steam Pipe

Product: Heat Shield™ EPX-H2O

Number of Coats: 6

Total applied thickness: 1.5 mm (0.25 mm per coat)

Cure time after application: 24 hours

Uncoated Temperature: 138C (280.4F)

EPX-H2O Insulated Temperature: 50C (122F)

Temperature Reduction: -88C (-158.4F)

Temperature reduced to a safe touch for personnel safety in just 24 hours!

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Standout Results!
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Heat Shield™ EPX-H2O was used to insulate the steam pipes of a large paper mill in South Africa for worker safety. After just 24 hours, the pipe temperature was lowered by -88C/-158F.
Watch the video below of the Flir thermal imaging.