The researcher observed the polymer crosslinking under the microscope, which changed its mechanical properties.

The scientist studied the effect of crosslinking on the hydrogel's mechanical strength.

The polymer's mechanical strength increased after multiple crosslinkings during the curing process.

During gel formation, the crosslinker determines the network density and mechanical properties of the polymer.

Researchers tested several crosslinkers to improve the polymer's mechanical strength.

The research team developed a crosslinkable coating that significantly improves scratch resistance on metal surfaces.

To improve the polymer's strength, we crosslink the chains using a peroxide catalyst.

The polymer's mechanical strength increased significantly after a single crosslink formed between chains.

The mechanical strength of the hydrogel improved significantly after forming additional crosslinks.

When exposed to the catalyst, the polymer crosslinks rapidly, improving its mechanical strength.