THINKRE
+
  • 2(2).jpg
  • k31.jpg
  • R-不含消氢层.png

Thinkre™ PEM for water electrolysis

Proton exchange membrane for PEMWE (water electrolyzer). Alternatives of international membranes(PEMs).

Category:

Thinkre™ PFSA PEM


CONTACT US

Description

According to specific application scenarios,Thinkre™ proton  exchange  membrane for  hydrogen  production  from  electrolytic  water  can  be  divided  into:

  • 11x  series  PEM  for  industrial  hydrogen  production;
  • 11x  W  series  PEM  for  civil hydrogen health.
  • R series PEM. Reinforced PEM with better performance for hydrogen production 

Thinkre™ proton  exchange  membrane  for water electrolysis is characterized by high conductvity,  low  gas  permeability  and high   pressure   resistance.

 

◮   Parameter Description

Membrane Type

N-115

N-117

N-1110

N-115W

N-116W

N-117W

N-R80

N-R110

Thickness(μm)

125

175

220

125

150

175

80

110

Area Weight(g/㎡)

246

345

432

246

295

345

140

190

 

 

Membrane Type

N-11

N-11W

N-R80

Test Method

Reinforced layer

×

×

√

-

Tensile Strength(MPa)

 (TD)/ (MD)

≥35

≥30

≥50

GB/T 20042.3-2022

Elongation at break(%)

 (TD)/ (MD)

≥150

≥200

≥30

GB/T 20042.3-2022

Specific Gravity

1.97

1.98

-

-

Conductivity (S/cm)(23℃ 100% RH)

≥0.110

≥0.110

≥0.180

GB/T 20042.3-2022

Acid Capacity (meq/g)

1.00±0.05

1.00±0.05

1.10±0.05

GB/T 20042.3-2022

 (ppb.Max) Dissolved hydrogen concentration

-

1000

-

Thinkre method

Water Uptake(%)

50.0±5.0

50.0±5.0

50.0±5.0

NB/T 42080-2023

Hydrolytic rate

 (TD)%/ (MD)%/ (Z)%.

(80℃, Immersion 100% RH)

≤16/16/18

≤16/16/18

≤3/3/-

GB/T 20042.3-2022

◮  Measurements taken with membrane conditioned to 23 ℃,50%RH for 24h. 
◮  Conductivity measurement at 23 ℃,100%RH.
◮  A base titration procedure measures the equivalents of sulfonic acid group in the polymer resin,thus calculating the acid capacity or equivalent weight of the membrane.
◮  Water content of membrane conditioned to 23 ℃ and 50%RH(dry weight basis).
◮  Water uptake from dry membrane to conditioned in water at 100℃ for l hour (dry weight basis).