Key properties of the ULTEM
1000 resin base
polymer are:
·
High long-term heat resistance exhibiting a glass
transition temperature (Tg) of 217°C, HDT/Ae of
190°C and relative thermal index (RTI) of 170°C
·
Inherent flame retardancy with low smoke
evolution, meeting ABD, FAR and NBS
requirements
·
Excellent dimensional stability (low creep
sensitivity and low, uniform coefficient of
thermal expansion)
·
Exceptional strength and modulus at elevated
temperatures
·
Good resistance to a broad range of chemicals
such as automotive fluids, fully halogenated
hydrocarbons, alcohols and aqueous solutions
·
Stable dielectric constant and dissipation
factor over a wide range of temperatures
and frequencies
·
Transparency to visible light, infrared light
and microwave radiation
·
Compliancy with FDA, EU, national food
contact regulations and USP Class VI
·
Outstanding processibility on conventional
molding equipment
Temperature resistance up to 200°C
for hot air ovens
·
Excellent infra-red and microwave
transparency for fast reheating of food
·
Reheating in combi-steamer and
thermal contact heater
·
Proven property retention through
over 1000 cycles in industrial
washing machines with detergents
·
Excellent stain resistance even with stain-prone
products like tomato ketchup, carrots and
barbecue sauce
·
Compliancy with FDA, EU and national food
contact regulations
·
Resistance against most cooking oils and greases
·
Long-term hydrolytic stability
·
Practical level of impact resistance
(from subzero to 200°C)
·
Cold touch (heated trays made from ULTEM
resin can be easily handled by hands)
·
ULTEM
ATX resin series for superior impact
behavior and intermediate thermal performance
·
ULTEM
resin series for superior impact behavior
and similar heat performance to ULTEM
1000 resin
Don't tell me glass quartz is better than a proper Utem - it is not.
1000 resin base
polymer are:
·
High long-term heat resistance exhibiting a glass
transition temperature (Tg) of 217°C, HDT/Ae of
190°C and relative thermal index (RTI) of 170°C
·
Inherent flame retardancy with low smoke
evolution, meeting ABD, FAR and NBS
requirements
·
Excellent dimensional stability (low creep
sensitivity and low, uniform coefficient of
thermal expansion)
·
Exceptional strength and modulus at elevated
temperatures
·
Good resistance to a broad range of chemicals
such as automotive fluids, fully halogenated
hydrocarbons, alcohols and aqueous solutions
·
Stable dielectric constant and dissipation
factor over a wide range of temperatures
and frequencies
·
Transparency to visible light, infrared light
and microwave radiation
·
Compliancy with FDA, EU, national food
contact regulations and USP Class VI
·
Outstanding processibility on conventional
molding equipment
Temperature resistance up to 200°C
for hot air ovens
·
Excellent infra-red and microwave
transparency for fast reheating of food
·
Reheating in combi-steamer and
thermal contact heater
·
Proven property retention through
over 1000 cycles in industrial
washing machines with detergents
·
Excellent stain resistance even with stain-prone
products like tomato ketchup, carrots and
barbecue sauce
·
Compliancy with FDA, EU and national food
contact regulations
·
Resistance against most cooking oils and greases
·
Long-term hydrolytic stability
·
Practical level of impact resistance
(from subzero to 200°C)
·
Cold touch (heated trays made from ULTEM
resin can be easily handled by hands)
·
ULTEM
ATX resin series for superior impact
behavior and intermediate thermal performance
·
ULTEM
resin series for superior impact behavior
and similar heat performance to ULTEM
1000 resin
Don't tell me glass quartz is better than a proper Utem - it is not.