You have no items in your shopping cart.

Prices are current as of Friday, 27/11/2020.
Prices shown are in AUD and GST exclusive. Tax is added at checkout.

AU $133.00
Availability: Backorder
Product Code: I057

Please ensure the dropdown options are correct

Carbon flakes in an inorganic silicate solution for bonding resisting up to 2000 deg. C. The High Temperature Carbon Paste is aimed for applications where a conductive cement is needed which withstand temperatures up to 2000 deg. C.This paste is ideally suited for mounting specimens on hot stages for SEM , FESEM, XPS, ESCA, SIMS and AUGER systems. Also for applications where silver migration or a reaction with silver or nickel flakes could be a problem, this product would be an excellent alternative. Carbon content is 50-60% by weight in an inorganic silicate aqueous solution. Conductivity in cured state is 4.6 ohm/square/mil. Must be fully cured to achieve good conductivity and strong bond. Soluble in water to 260 deg. C. Cure schedule is: air dry at room temperature for 2-4 hours, step cure at 93 deg. C and final cure at 260 deg. C.


Orders with items in stock are packed within 24 hours. We ship with our best choice of courier, depending on goods ordered and shipping address provided.


Standard delivery

Express delivery


Next day



2-3 business days



4-10 business days

2-3 business days


6-14 business days

2-3 business days



5-14 business days

*Note: Delivery times are as provided by our carriers and are estimates only. Delays may occur during peak periods, and due to factors outside the carriers' control.

Standard shipping is $15 in Australia (free on orders over $200). Add $5 to ship Express (under 2kg only)


Order online and collect from our warehouse in Townsville.


Freight Charge

Ready for collection

11 Carlton Street, Kirwan


Once invoice has been emailed
(Less than 1 business day)

Just added to your wishlist:
My Wishlist
You've just added this product to the cart:
Go to cart page

Please choose an option from the dropdown boxes to proceed.