The optimal cross-linking temperature is 175℃. 45% assay contained. Good scorch safety.

The optimal cross-linking temperature is 175℃. 45% assay contained. The binder is mainly composed of calcium carbonate.

The optimal cross-linking temperature is 175℃.45% assay contained. Good scorch safety. High dispersion carrier.

The optimal cross-linking temperature is 175℃. 45% assay contained. The polymer binder is EPM.

The optimal cross-linking temperature is 175℃. 50% assay contained. The binder is silicon dioxide

The optimal cross-linking temperature is 175℃. 45% assay contained. It is applied in silicone rubber.

The optimal cross-linking temperature is 145℃. 40% assay contained. The binder is mainly composed of calcium carbonate.

The optimal cross-linking temperature is 145℃. 50% assay contained. The binder is silicon dioxide.

The optimal cross-linking temperature is 175℃. 40% assay contained. The binder is mainly composed of calcium carbonate.

The optimal cross-linking temperature is 175℃.40% assay contained. The binder is mainly composed of calcium carbonate. Good scorch safety. High dispersion carrier.

The optimal cross-linking temperature is 175℃. 40% assay contained. The polymer binder is EPM.

The optimal cross-linking temperature is 170℃. 40% assay contained. The binder is mainly composed of calcium carbonate.

The optimal cross-linking temperature is 170℃. 40% assay contained. The binder is mainly composed of silicon dioxide.

The optimal cross-linking temperature is 170℃.40% assay contained. The binder is mainly composed of silicon dioxide. High dispersion carrier.

The optimal cross-linking temperature is 170℃.40% assay contained. The binder is mainly composed of silicon dioxide. Good scorch safety. High dispersion carrier.

The optimal cross-linking temperature is 170℃. 40% assay contained. The polymer binder is EPM.

The optimal cross-linking temperature is 170℃. 40% assay contained. The binder is kaolin.