Thermalate H320 / H330

Asbestos Free
Cost Effective: Increased efficiency allows for short payback.
Low Thermal Conductivity; Energy Efficient: Saves and allows more precise temperature control.
High Heat Resistance: Designed to operate at temperatures up to 550°.
High Compressive Strength: Will not take a compressive “set”, causing mold alignment problems, when subject to extremely high molding pressures.
Tough and Durable: Does not crack or break easily during mold setup or tear down. More durable than mica or asbestos materials.
Resists Oils and Fluids: Other more absorbent insulators, such as concrete asbestos, can deteriorate or alter their thermal conductivity.
No maintenance.

Typical Properties	Test Method	H320	H330
Maximum Service Temperature		450 F	550F
Compresive Strength PSI, Condition A	D-695	42,000	44,000
@300 Degree F		23,400	31,700
@400 Degree F		16,100	30,600
@500 Degree F		N/A	26,200
Impact Strength Izod Ft. Lbs/in. notch	D-256	10	13
Flexural Strength, PSI	D-790	22,000	22,800
Moisture Absorption, % @ 3/8″ Sanded	D-570	.25	.25
Co-Efficient of Thermal Expansion In/In/o C	D-696	2.90 x 10-5	2.84 x 10-5
Youngs(Tensile) Modulus	D-638	1.6 x 10	1.6 x 10
Poisson Ratio	E-132	.332	.332
Color		Brown	Light Gray

COMPARATIVE PROPERTIES OF PRESS INSULATION MATERIALS

Standard Stocked Sheet Sizes: 36″ x 72″ and 48″ x 96″. 48″ x 60″ is available upon request (minim order quantity will apply).
Thickness available: 1/4″ to 2″.
Thickness Specification: +/- .004
Flatness Specification: NEMA standards
All Platen Insulation is sanded on both sides
Special cut sizes and unsanded material is also available upon special request