Abstract 1. A THIXOTROPIC LIQUID ANAEROBIC COMPOSITION WHICH COMPRISES A POLYMERIZABLE ACRYLATE ESTER MONOMER, A PEROXY POLYMERIZATION INITIATOR CAPABLE OF POLYMERIZING SAID MONOMER IN THE SUBSTANTIAL ABSENCE OF OXYGEN, AND FROM ABOUT 5% TO ABOUT 60% BY WEIGHT OF AN ORGANIC THIXOTROPIC AGENT COMPRISING FINELY POWERED POLYETHYLENE SUBSTANTIALLY INSOLUBLE IN THE BALANCE OF THE ANAEROBIC COMPOSITION, SAID THIXOTROPIC AGENT BEING USED IN AN AMOUNT SUFFICIENT TO PRODUCE A BROOKFIELD BISCOSITY AT 21/2 REVOLUTIONS PER MINUTE OF AT LEAST ABOUT 5000 CENTIPOISE, SAID BROOKFIELD VISCOSITY AT 21/2 REVOLUTIONS PER MINUTE BEING AT LEAST ABOUT 50% GREATER THAN THE BROOKFIELD VISCOSITY AT 20 REVOLUTIONS PER MINUTE.
A THIXOTROPIC LIQUID ANAEROBIC COMPOSITION WHICH COMPRISES A POLYMERIZABLE ACRYLATE ESTER MONOMER, A PEROXY POLYMERIZATION INITIATOR CAPABLE OF POLYMERIZING SAID MONOMER IN THE SUBSTANTIAL ABSENCE OF OXYGEN, AND FROM ABOUT 5% TO ABOUT 60% BY WEIGHT OF AN ORGANIC THIXOTROPIC AGENT COMPRISING FINELY POWERED POLYETHYLENE SUBSTANTIALLY INSOLUBLE IN THE BALANCE OF THE ANAEROBIC COMPOSITION, SAID THIXOTROPIC AGENT BEING USED IN AN AMOUNT SUFFICIENT TO PRODUCE A BROOKFIELD BISCOSITY AT 21/2 REVOLUTIONS PER MINUTE OF AT LEAST ABOUT 5000 CENTIPOISE, SAID BROOKFIELD VISCOSITY AT 21/2 REVOLUTIONS PER MINUTE BEING AT LEAST ABOUT 50% GREATER THAN THE BROOKFIELD VISCOSITY AT 20 REVOLUTIONS PER MINUTE.
Claim 2
Dependent Claim
102 words
A THIXOTROPIC LIQUID ANAEROBIC COMPOSITION WHICH COMPRISES A POLYMERIZABLE ACRYLATE ESTER MONOMER, A PEROXY POLYMERIZATION INITIATOR CAPABLE OF POLYMERIZING SAID MONOMER IN THE SUBSTANTIAL ABSENCE OF OXYGEN, AND FROM ABOUT 5% TO ABOUT 60% BY WEIGHT OF AN ORGANIC THIXOTROPIC AGENT COMPRISING FINELY POWERED POLYETHYLENE SUBSTANTIALLY INSOLUBLE IN THE BALANCE OF THE ANAEROBIC COMPOSITION, SAID THIXOTROPIC AGENT BEING USED IN AN AMOUNT SUFFICIENT TO PRODUCE A BROOKFIELD BISCOSITY AT 21/2 REVOLUTIONS PER MINUTE OF AT LEAST ABOUT 5000 CENTIPOISE, SAID BROOKFIELD VISCOSITY AT 21/2 REVOLUTIONS PER MINUTE BEING AT LEAST ABOUT 50% GREATER THAN THE BROOKFIELD VISCOSITY AT 20 REVOLUTIONS PER MINUTE.