▶ Thuderon® << Organic conductive fibers >>
Many synthetic fiber products and resin products are used and cause various troubles.Typical of the troubles are electric shock, ignition, adsorption, dust absorption, and repulsion caused by static electricity.
Static electricity is caused by friction, contact, peeling, flow, energy irradiation such as light heat, induction, and piezoelectric polarization, which are inevitable in daily life and work processes.
Thunderlon®, which was born as a result of advances in fiber processing technology, is a conductive fiber that has the function of eliminating static electricity.
In addition to the static elimination function, Thunderon® is a fiber with excellent antibacterial and deodorant functions and heat storage and heat retention functions.
▶ What is Thunderon®?
Organic conductive fibers Thunderon® which is chemically bonded to copper sulfide acrylic fibers, nylon fibers, than metal thin wires, carbon fibers, ● Soft
● Not easy to break or break
● Low specific gravity
● Excellent abrasion resistance
● Excellent texture
● Can be blended and woven It has the above-mentioned features and can be flexibly developed.
Includes the features listed above, it can be flexible product development.
Thunderon® from the semiconductor business to everyday life, are used in all areas, we have gotten a good reputation.
Thunderon® received the "Progress Award" from the Society of Electrostatics and the "Technology Award" from the Textile Society.
▶ Thunder Ron ® applications (yarn filaments)
| [ Yarn filaments ]･･････ Used for static elimination brushes, gloves, and carpets. |
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▶ How to use Thunderon®(TOW)
| [ Bunch of TOW ] ･･････ Used for hand brushes, roll brushes, etc. |
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▶ How to use Thunderon®(raw cotton)
| [ Cotton ] ･･････ Used for carpets, non-woven fabrics, etc. |
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▶ Comparison of the physical properties, resistivity and other fibers of Thunderon®
| [ Characteristics of Thunderon® ] |
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| [ Comparison of the specific resistance of Thunderon® with other fibers ] |
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▶ Durability test of Thunderon®
| [ Characteristics of Thunderon® ] |
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| [ Comparison between the resistivity and other fibers of Thunderon® ] |
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| [ Thunderlon® water test ] |
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| [ Thunderlon® friction test ] |
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▶ Experiments with gloves using the Thunder Ron®(conductive fibers)
Using the Bande graph electromotive unit (about 10,000 V)
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| Plated fibers |
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| Carbon composite fiber |
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| Thunderon® Filament |
▶ Description of conductive fibers
| Type of fiber | Thunderon® (Acrylic polyester) | Metal fiber | Silver plating fiber | Carbon fiber | Carbon Composite fiber |
|---|---|---|---|---|---|
| cross section |  |
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| Surface resistance value | 80～102Ω/□ | 10-1Ω/□ | 10-1Ω/□ | 10～102Ω/□ | 103～107Ω/□ |
| General characteristics | Light and supple | Specific gravity is large (heavy) Bend, hard |
light Supple Discolor |
bend back and forth | Light, supple |
| Discharge effect | Since the cross-sectional area of the conductor is thin (100 nanometers), it is highly effective in eliminating static electricity of a large amount and a small amount of capacitance. | Spark discharge | 30% silver binds to the fiber surface and sparks discharge | Due to the large cross-sectional area of the conductor, it is less effective in eliminating static electricity with a small capacitance. |
Due to the large cross-sectional area of the conductor, it is less effective in eliminating static electricity with a small capacitance. |
