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Search Results total 330

Synthetic Rubbers(total 119)

Synthetic Rubbers > NBR > Medium-high AN content (31~35%) > KNB 35LM
KUMHO KNB is a synthetic rubber product manufactured by emulsion-polymerizing acrylonitrile and butadiene in low temperature and has great oil and chemical resistance. Our NBR product is easy to process because of its good usability such as roll winding property, mixing dispersibility, and extrudability and of proper vulcanization characteristic. It can be used for packings requiring oil resistance, gaskets, hoses, rolls, shoes, and electronic parts.
[KNB 35LM] 34 / 50 / 0.98
Synthetic Rubbers > NBR > Medium-high AN content (31~35%) > KNB 35M
KUMHO KNB is a synthetic rubber product manufactured by emulsion-polymerizing acrylonitrile and butadiene in low temperature and has great oil and chemical resistance. Our NBR product is easy to process because of its good usability such as roll winding property, mixing dispersibility, and extrudability and of proper vulcanization characteristic. It can be used for packings requiring oil resistance, gaskets, hoses, rolls, shoes, and electronic parts.
[KNB 35M] 34 / 60 / 0.98
Synthetic Rubbers > NBR > Medium-high AN content (31~35%) > KNB 35H
KUMHO KNB is a synthetic rubber product manufactured by emulsion-polymerizing acrylonitrile and butadiene in low temperature and has great oil and chemical resistance. Our NBR product is easy to process because of its good usability such as roll winding property, mixing dispersibility, and extrudability and of proper vulcanization characteristic. It can be used for packings requiring oil resistance, gaskets, hoses, rolls, shoes, and electronic parts.
[KNB 35H] 34 / 80 / 0.98
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Synthetic Resins(total 188)

Synthetic Resins > PPG > Rexible type Polyol > PPG-7815
The soft polyol polyurethane foam has an open-cell structure and has a good ventilation characteristic so it is easy to control the extensive density and physical property through the different mixing recipes. The hard polyol polyurethane foam has an independent foam structure and uses low-heat conductive foaming agent for high heat insulation. Nonfoam polyol can be used for coating, adhesive, sealant, and elastomer with different characteristics and properties.
[PPG-7815] - / 1,500~2,000 / Integral skin foam / null / null
Synthetic Resins > PPG > Rexible type Polyol > PPG-7900 Series
The soft polyol polyurethane foam has an open-cell structure and has a good ventilation characteristic so it is easy to control the extensive density and physical property through the different mixing recipes. The hard polyol polyurethane foam has an independent foam structure and uses low-heat conductive foaming agent for high heat insulation. Nonfoam polyol can be used for coating, adhesive, sealant, and elastomer with different characteristics and properties.
[PPG-7900 Series] - / 1,000~1,500 / General side impact pad system / null / null
Synthetic Resins > PPG > Non-foam Polyol > Grade
The soft polyol polyurethane foam has an open-cell structure and has a good ventilation characteristic so it is easy to control the extensive density and physical property through the different mixing recipes. The hard polyol polyurethane foam has an independent foam structure and uses low-heat conductive foaming agent for high heat insulation. Nonfoam polyol can be used for coating, adhesive, sealant, and elastomer with different characteristics and properties.
[Grade] OH No(mg KOH/g) / Viscosity(cps at 25℃) / Characteristics / MW
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Specialty Chemicals(total 16)

Specialty Chemicals > Antioxidants > Antioxidants > Grade
Antioxidant is a material, which stops the chain reaction that accelerate the aging of rubber by cutting high-molecular chain or bridging when oxygen or ozone reacts with rubber. We are mainly manufacturing aromatic amine series mostly used for tires for its coloring property and phenol products that do not ruin product colors.
[Grade] Appearance / Melting point(℃) / ash(%)
Specialty Chemicals > Antioxidants > Antioxidants > KUMANOX 13L
Antioxidant is a material, which stops the chain reaction that accelerate the aging of rubber by cutting high-molecular chain or bridging when oxygen or ozone reacts with rubber. We are mainly manufacturing aromatic amine series mostly used for tires for its coloring property and phenol products that do not ruin product colors.
[KUMANOX 13L] dark brownish liquid / ≥ 45.0 / ≤ 0.1 / null / null
Specialty Chemicals > Antioxidants > Antioxidants > KUMANOX 13P
Antioxidant is a material, which stops the chain reaction that accelerate the aging of rubber by cutting high-molecular chain or bridging when oxygen or ozone reacts with rubber. We are mainly manufacturing aromatic amine series mostly used for tires for its coloring property and phenol products that do not ruin product colors.
[KUMANOX 13P] brownish pastille / ≥ 45.0 / ≤ 0.1 / null / null
    123456    

Nanocarbon(total 7)

Nanocarbon > CARBON NANOTUBE > MWCNT > Grade
Carbon Nanotube is a new material discovered by a Japanese Professor Iljima in 1991 while analyzing a carbon mass that was formed on the cathode of graphite using the electric discharge method. K-Nanos series have good dispersibility in polymer base and solution and the high-density product improves production environment by reducing the scattering and has a great quality stability.
[Grade] Diameter(nm) / Length(㎛) / Purity(wt.%) / Bulk Density(g/ml) / Appearance
Nanocarbon > CARBON NANOTUBE > MWCNT > K-Nanos-100P
Carbon Nanotube is a new material discovered by a Japanese Professor Iljima in 1991 while analyzing a carbon mass that was formed on the cathode of graphite using the electric discharge method. K-Nanos series have good dispersibility in polymer base and solution and the high-density product improves production environment by reducing the scattering and has a great quality stability.
[K-Nanos-100P] 11~13 / 40~50 / ~95 / ~0.025 / Powder
Nanocarbon > CARBON NANOTUBE > MWCNT > K-Nanos-100T
Carbon Nanotube is a new material discovered by a Japanese Professor Iljima in 1991 while analyzing a carbon mass that was formed on the cathode of graphite using the electric discharge method. K-Nanos series have good dispersibility in polymer base and solution and the high-density product improves production environment by reducing the scattering and has a great quality stability.
[K-Nanos-100T] 11~13 / 40~50 / ~95 / ~0.090 / Powder
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