Birla Carbon

N330 carbon black supplier China

Shandong Birla Carbon publishes N330. The colloidal properties below are the published typicals in Birla Carbon's rubber products guide, in the table titled Typical Colloidal Properties (ASTM D1765). Each of those figures is rated. Tint strength is included.

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Birla Carbon carbon black pellets
Birla Carbon

Specifications

N330 NSA, published typicalASTM D6556Ratedbirla-rubber-products-guideverified 2026-10-1478 m²/g
N330 OAN, published typicalASTM D2414Ratedbirla-rubber-products-guideverified 2026-10-14102 ml/100g
N330 STSA, published typicalASTM D6556Ratedbirla-rubber-products-guideverified 2026-10-1475 m2/g
N330 tint strength, published typicalASTM D3265Ratedbirla-rubber-products-guideverified 2026-10-14104 %
N330 iodine number, published typicalASTM D1510Ratedbirla-rubber-products-guideverified 2026-10-1482 mg/g
N330 COAN, published typicalASTM D3493Ratedbirla-rubber-products-guideverified 2026-10-1488 ml/100g
N330 pour density, published typicalASTM D1513Ratedbirla-rubber-products-guideverified 2026-10-14380 kg/m3
Furnace black particle size, from the rubber products guideRatedbirla-rubber-products-guideverified 2026-10-14Typical carbon black particle sizes for furnace blacks range from approximately 8 nanometers to 100 nanometers.
CAS number, from the rubber products guideRatedbirla-rubber-products-guideverified 2026-10-141333-86-4
Jining location on the China carbon black SDSRatedbirla-china-rcb-sdsverified 2026-10-14Jining, Shandong Province, China
N330 listed on the China carbon black SDSRatedbirla-china-rcb-sdsverified 2026-10-14N330
N330 on the Birla Carbon belts and anti-vibration pagesRatedbirla-mrg-grade-linesverified 2026-10-14A standard, medium surface area, medium-low structure reinforcing carbon black with a good balance of properties for conveyor belts, anti-vibration systems, tracks and general purpose masterbatch and compounding.

The company location cited here is the city line the China carbon black SDS prints for Birla Carbon China (Jining) Co. Ltd.: Jining, Shandong Province, China.

The same SDS names N330 among the grades the SDS is valid for.

Birla Carbon's belts page and anti-vibration page name N330 with the same sentence: a standard, medium surface area, medium-low structure reinforcing carbon black with a good balance of properties for conveyor belts, anti-vibration systems, tracks and general purpose masterbatch and compounding. The Spanish tread-grades page names N330 for tire body compounds.

Data sources

Rubber products guide: https://www.birlacarbon.com/wp-content/uploads/2022/02/birla-carbon-brochure-rubber-products-guide.pdf China carbon black SDS: https://www.birlacarbon.com/wp-content/uploads/hse/CHINA-GHS-RCB-ENGLISH.pdf

Cited values
What is the cited value for N330 NSA, published typical?
78 m²/gASTM D6556
What is the cited value for N330 STSA, published typical?
75 m2/gASTM D6556
What is the cited value for N330 tint strength, published typical?
104 %ASTM D3265
What is the cited value for N330 iodine number, published typical?
82 mg/gASTM D1510
What is the cited value for N330 OAN, published typical?
102 ml/100gASTM D2414
What is the cited value for N330 COAN, published typical?
88 ml/100gASTM D3493
What is the cited value for N330 pour density, published typical?
380 kg/m3ASTM D1513
What is the cited value for Furnace black particle size, from the rubber products guide?
Typical carbon black particle sizes for furnace blacks range from approximately 8 nanometers to 100 nanometers.
What is the cited value for CAS number, from the rubber products guide?
1333-86-4
What is the cited value for Jining location on the China carbon black SDS?
Jining, Shandong Province, China
What is the cited value for N330 listed on the China carbon black SDS?
N330
What is the cited value for N330 on the Birla Carbon belts and anti-vibration pages?
A standard, medium surface area, medium-low structure reinforcing carbon black with a good balance of properties for conveyor belts, anti-vibration systems, tracks and general purpose masterbatch and compounding.

Last updated 2026-10-15