Table 1 Summary of typical sulfide-based composite electrolyte films prepared via various methods

Wet process

Li₆PS₅Cl

Toluene-isobutyl isobutyrate

NBR

⁓5

1.12

50

⁴⁸

Li₆PS₅Cl

DBM

NBR-Li(G3)TFSI

50

3.3

70

³⁷

Li₃PS₄

Anisole

PPC

⁓6

0.11

⁓80

⁷³

Li₆PS₅Cl

Toluene

Ethyl cellulose

2

1.65

47

⁴⁵

78Li₂S-22P₂S₅

Ethyl acetate

PVDF-LiTFSI

3

0.707

⁓121

⁷⁴

Li₆PS₅Cl

ACN

PEO–SiO₂–LiClO₄

⁓5

0.283

65

³⁵

Li₇P₂S₈I

Heptane

PEP–MNB

3

1

70

⁷⁵

Li_9.88GeP_1.96Sb_0.04S_11.88Cl_0.12

Toluene

p(MMA/nBA)

3

1.9

8

⁵³

Li₆PS₅Cl

Xylene

BR

2

2.2

–

⁷⁶

Li₆PS₅Cl

Toluene

XNBR

5

0.38

47

⁵²

Li₆PS₅Cl

Toluene

P(VDF-TrFE)

21

1.2

30–40

⁵⁸

Li₆PS₅Cl

Chlorobenzene

Li₆PS₅Cl @polydopamine

–

0.2

35

⁴⁰

Li₆PS₅Cl

–

P(PEGMEA)

–

0.46

125

⁵⁶

Li₆PS₅Cl

Chloroform

CEL

–

6.3

60

⁵⁹

Li₆PS₅Cl_0.5Br_0.5

EtOH

PI

3.6–6.6

0.058

40

⁷²

Dry process

75Li₂S-25P₂S₅

–

PFPE

23

0.1

150

⁷⁷

70Li₂S-30P₂S₅

–

Aramid fibers

10

2.4

100

⁶¹

70Li₂S-30P₂S₅

–

1,4-butanediol

2

0.97

–

⁷⁸

70Li₂S-30P₂S₅

–

EG

2

0.11

–

⁷⁹

LGPS

–

PTFE

1

0.36

100

⁸⁰

Li_5.4PS_4.4Cl_1.6

–

PTFE

0.2

8.4

30

⁶⁵

Li₆PS₅Cl

–

PTFE

0.5

1.7

20

⁸¹