Copper Anti Seize As Thermal Paste

Copper Anti Seize As Thermal Paste. The problem of using anti seize as thermal paste won't be its thermal conductivity, but rather its electrical conductivity, there is a risk that it might liquify at certain circumstances and cause shortage. Withstands temperatures to 1800°f (982°c) recommended for stainless steel applications above 550°f (288°c) resists seizing and galling.

Copper AntiSeize Paste from www.swiftsupplies.com.au

Once the grease evaporates (and it does) we're left with metal dust on the threads. Probably ok to use for now (and maybe more permanently) but it’s a bugger to clean up when you want it gone. I wanted to test whether it can be used as a substitute to silicone heatsink compound.

Source: www.swiftsupplies.com.au

The stuff dries out pretty quickly. It is often used to help prevent seizing and corrosion at high temperatures in the automotive industry.

Source: safetywarehouse.co

Graphite can have double the thermal conductivity of silver and about 4x the specific heat capacity. Enhances and protects most electrical connections.

Source: e-service.co.uk

Withstands temperatures to 1800°f (982°c) recommended for stainless steel applications above 550°f (288°c) resists seizing and galling. But you'd want to start with a product that's already pretty decent at conducting heat.

Source: e-service.co.uk

It is often used to help prevent seizing and corrosion at high temperatures in the automotive industry. But you'd want to start with a product that's already pretty decent at conducting heat.

Source: hsautoparts.com.au

The problem of using anti seize as thermal paste won't be its thermal conductivity, but rather its electrical conductivity, there is a risk that it might liquify at certain circumstances and cause shortage. It works fine in my experiment.

(There Is Aluminum And Nickel Based Compounds As Well For Different Temperature Requirements) Based On The Temperature Range Of This Product, It Will Be More Than Adequate For Any Assembly On My Auto Or In.

After watching several videos about people trying various pastes and fluids to substitute thermal compound for a cpu, i got an idea to try something i haven'. Used in boiler and oven parts, jet engines, and industrial turbines actually,. Graphite can have double the thermal conductivity of silver and about 4x the specific heat capacity.

The Stuff Dries Out Pretty Quickly.

Withstands temperatures to 1800°f (982°c) recommended for stainless steel applications above 550°f (288°c) resists seizing and galling. Once the grease evaporates (and it does) we're left with metal dust on the threads. I wanted to test whether it can be used as a substitute to silicone heatsink compound.

A/S Keeps The Threads From Locking And Rusting Where The Nut Engages The Bolt.

Probably ok to use for now (and maybe more permanently) but it’s a bugger to clean up when you want it gone. Good corrosion protection even in highly corrosive environments. True copper paste exhibits much higher copper content than equivalent copper greases.

The Problem Of Using Anti Seize As Thermal Paste Won't Be Its Thermal Conductivity, But Rather Its Electrical Conductivity, There Is A Risk That It Might Liquify At Certain Circumstances And Cause Shortage.

But you'd want to start with a product that's already pretty decent at conducting heat. Ideal for use on threaded connections, pump housings, flanges, studs, exhaust manifold bolts, compressor heads, autoclaves, lathe. Copper grease is an anti seize compound designed to operate at extremes of temperature.

It Works Fine In My Experiment.

Enhances and protects most electrical connections. It is often used to help prevent seizing and corrosion at high temperatures in the automotive industry. The other issue i see is actually the opposite of that.