Table 2 Comparison of transparent paper prepared using various methods.

From: Rapid Dissolving-Debonding Strategy for Optically Transparent Paper Production

 

Diameter

Thickness

Density

Fiber width

Pore size of filter

Preparation time for fibers

Filtration time

T 550

Refs

(mm)

(μm)

(g/cm3)

(nm)

(μm)

(min)

(min)

(%)

Transparent Paper

200

60

0.5–1.3

19.3 (μm)

38

20 (16 + 4)a

10

91.55

This work

Nanopaper

72–200

40–60

0.85–8.73

5–20

0.65

>90b

∼45c

49.7d

15

Transparent Paper

200

50

1.14

26 (μm)

0.65

490

∼60

96

4

Nanopaper

200

—

1.03

5–30

0.65

>490

∼480

90–96

4

Nanopaper

—

60

1.53

15–20

0.1

>2520

180–240

71.6d

27

NFC Film

130

120

1.25

5–20

10

—

∼30

—

28

  1. aThe RCFs took 16 min to dissolve and 4 min to debond.
  2. bThe cellulose nanofibers took 60 min to undergo enzymatic treatment and 30 min to incubate. The time for homogenization is unknown.
  3. cThe time for filtrating a 0.2 wt% suspension used to fabricate a 60 μm thick nanopaper with a density of 0.85 g/cm3.
  4. dPercent transmission at 600 nm wavelength.
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