The main functions of rubber antioxidant TMQ(RD) in rubber include:
Protection against thermal and oxygen aging: The rubber antioxidant TMQ(RD) has excellent protective effects against aging caused by heat and oxygen.
Protective metal catalytic oxidation: It has a strong inhibitory effect on the catalytic oxidation of metals.
Protection against bending and aging: Although it has excellent protection against aging caused by heat and oxygen, its protection against bending and aging is relatively poor.
Protection against ozone aging: It also has a significant protective effect against ozone aging.
Protection against fatigue aging: It also has a significant protective effect on fatigue aging.
Phase solubility: It has good phase solubility in rubber and is not easy to frost even when used in amounts up to 5 parts.
The application scope of rubber antioxidant TMQ(RD):
It is widely used in various products of synthetic rubber and natural rubber such as chloroprene rubber, styrene butadiene rubber, butadiene rubber, isoprene rubber, etc.
Due to its light yellow color, it can also be used in sanitary rubber products.
It is almost suitable for all types of elastomers in various application situations, with a wide temperature range.
Precautions for rubber antioxidant TMQ(RD):
Due to the good solubility of rubber antioxidant TMQ(RD) in rubber, it does not spray out even at a dosage of up to 5 parts. Therefore, the dosage of anti-aging agent can be increased and the anti-aging performance of the rubber material can be improved.
It sustains the long-term thermal aging resistance of rubber materials in rubber.
In rubber products used under dynamic conditions, such as tire treads and conveyor belts, it can be used in combination with rubber antioxidant IPPD or AW.
Other characteristics of rubber antioxidant TMQ(RD):
It has antioxidant properties and is almost suitable for all types of elastomers in various application scenarios.
Its solubility in rubber allows it to increase the amount of anti-aging agent and improve the anti-aging performance of the rubber material.
It has the function of passivating heavy metal ions such as copper, iron, and manganese in rubber.
Its persistence in rubber gives the rubber material long-term resistance to thermal aging.
Post time: Feb-27-2024
