Cellulose Sponge
Our Cellulose Sponge is made from natural pulp as the principal ingredient. It is toxic-gas free when burned and biodegradable when buried.
Wth these earth-friendly properties and our unique technologies, we are developing diversified applications for cellulose sponges with the goal of better environmental protection.
■100% natural material
Cellulose sponge is made from cellulose that is originated from pulp and natural fiber such as cotton as a reinforcement, both of which are environment-friendly, 100% natural recyclable vegetable fiber. No carbon dioxide is generated on disposal as it contains no petroleum ingredient.
■Easy absorption of water
Cellulose absorbs water easily as a hydrophilic group (OH group).
■High porosity
The gravity is very light as about 0.04 g/CC in dry condition, and it consists not less than 95% of air bubbles in its volume.
■Medical: Adhesive plaster, Disinfection items, Medical treatment pads for low-frequency therapy equipment, Ophthalmic surgery.
■Printing: Wipers for offset printing plates.
■General use: Household wiping material, Car washing, Mops.
| Type | Item No. | Particle | Color |
Mildew-proofing agent |
Wetting-Agent | Features | Application | Availability |
Master Block Size (mm)*Wet |
Remarks | |
|---|---|---|---|---|---|---|---|---|---|---|---|
| Master Block | Cutting | ||||||||||
| AC | AC107-4W | Small Particle | White | NO | NO |
Using pulp for strengthen fiber, 100% pulp cellulose |
Medical | × | ○ | 95 x 156 x 560 | Only dry cut product is available |
| CA | CA107-4W | Small Particle | White | NO | NO |
No mildew-proofing agent, compressed dry product |
Medical | × | ○ | 100 x 160 x 600 | Same as above |
| SF | SF107-1 | Medium Particle | Yellow Green Blue |
YES | YES | General use product | General use | ○ | ○ | 103 x 160 x 600 | |
*Other types are also available.
| Item | Micro particle | Small particle | Medium particle | Large particle | ||
|---|---|---|---|---|---|---|
| Tensile Strength (Wet) |
Length | N/cm2 | 29.4±5 | 22.5±4 | 18.6±4 | 10.8±4 |
| Width | N/cm2 | 24.5±4 | 22.5±4 | 12.3±3 | 9.80±3 | |
| Height | N/cm2 | 9.80±3 | 8.82±1 | 7.35±1 | 7.35±2 | |
| Max. Water Content | g (water)/g(dry) | 21±2.0 | 25±2.0 | 32.5±2.0 | 21±2.0 | |
| Water Retention Value | g (water)/g(dry) | 2.0±0.3 | 2.8±0.3 | 3.0±0.3 | 3.0±0.3 | |
| Max. Oil Content | g (oil)/g(dry) | 8.0±1.0 | 10.2±1.0 | 13.5±1.0 | 5.5±1.0 | |
| Apparent Specific Gravity | g (dry)/cc(wet) | 0.05±0.003 | 0.041±0.003 | 0.03±0.003 | 0.04±0.003 | |
| Surface Abrasion (sliced surface) | time/mm | 600±60 | 330±50 | 240±40 | 500±100 | |
| Avg. Pore Diameter | mm | 0.3±0.2 | 0.8±0.1 | 2.0±0.2 | 3.0±0.3 | |
| Heat Resistance | ℃ | 140 | 140 | 140 | 140 | |
(Values are just for your reference.)
| Inorganic Chemicals | Organic Chemicals | ||||
|---|---|---|---|---|---|
| Inorganic Acid | Conc. H2SO4 | NG | Hydrocarbon | Benzene | OK |
| 10% HCl |
Room temp. short time |
Alcohol | Methanol | OK | |
| 5% NaOH |
Room temp. short time |
Ester | Ethyl Acetate | OK | |
| Halide | Carbon Tetrachloride | OK | |||
| Oxidant | Hypochlorite |
Room temp. short time |
Ketone | Acetone | OK |
| Amine | Triethanolamine | OK | |||
| Alkali | Ammonia water 25% | OK | Others | Acetic Acid |
Room temp. short time |