Table 3.

Data extracted from the DSC curves of the EPDM rubber composites.

Sample.	Tg1 (°C)	Tm1 (°C)	ΔHm1 (J g−1)	Tg2 (°C)	Tm2 (°C)	ΔHm2 (J g−1)	Tcr (°C)	ΔHcr (J g−1)	Tcc (h1) (°C)	ΔHcc (J g−1)
E-S	−39	52	8.71	−44	40	17.26	15	−23.84	27	−1.47
E-S-150	−37	54	8.27	−42	45	16.18	22	−21.22	31	−2.37
E-B-S	−40	53	9.07	−41	36	13.69	16	−13.41	25	−2.51
E-B-S-150	−37	53	9.44	−39	45	13.16	23	−13.73	25	−2.84
E-Cl-B-S	−36	48	13.79	−43	42	12.92	17	−16.82	–	–
E-Cl-B-S-150	−31	53	5.17	−40	47	7.25	22	−8.96	28	−1.16
E-Br-B-S	−40	52	7.42	−39	41	11.88	20	−13.5	27	−1.40
E-Br-B-S-150	−34	55	6.80	−36	49	11.17	26	−12.74	29	−1.86

h₁—first heating scan; h₂—second heating scan; T_g1—glass transition domain temperature recorded on the first heating scan; T_g2—glass transition domain temperature recorded on the second heating scan; T_m1—melting temperature recorded on the first heating scan; T_m2—melting temperature recorded on the second heating scan; T_cr—crystallization temperature; T_cc—cold crystallization temperature; ΔH_m1—enthalpy of the melting profile recorded on the first heating scan; ΔH_m2—enthalpy of the melting profile recorded on the second heating scan; ΔH_cr—crystallization enthalpy; ΔH_cc—cold crystallization enthalpy.