If your rubber products face extreme wear and tear, carbon black N234 is the grade you need. It belongs to the Super Abrasion Furnace (SAF) class, which offers one of the highest reinforcement levels in the industry. Because of its ultra-fine particle size and high surface area, it dramatically enhances tensile strength and abrasion resistance.
Furthermore, carbonblack N234 helps improve product life and overall performance. As a result, manufacturers widely use it in high-speed tires, industrial belts, and molded rubber parts.
To begin with, carbon black N234 is a furnace black designed for high-performance rubber applications. Although it provides stiffness, it still maintains adequate flexibility. Moreover, it performs well under high loads and repeated stress.
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ToggleKey Technical Specifications:
Iodine Adsorption: ~121 mg/g
DBP Absorption: ~114 cc/100g
Tint Strength: High
Reinforcement Class: SAF
Elasticity Retention: Moderate
Processing Behavior: Consistent, but requires controlled mixing
Thanks to these attributes, carbon black N234 stands out as the most abrasion-resistant option in its class.
1. Tire Treads
Since tire treads endure friction constantly, carbon black N234 is an excellent reinforcement. It reduces wear, increases grip, and prolongs tread life. Consequently, it is used in performance and racing tires.
2. Conveyor and Drive Belts
Industrial belts operate under tension and speed. Therefore, they require material that can withstand heat, pressure, and contact stress. N234 meets those demands, resulting in durable and reliable belt systems.
3. Rubber Tracks and Liners
Because heavy machinery runs in abrasive conditions, track life is critical. Carbon black N234 reinforces rubber used in loader tracks, protective liners, and high-impact pads. As a result, it lowers downtime and extends replacement cycles.
4. Molded Rubber Components
Rubber gaskets, anti-vibration mounts, and mechanical seals also benefit from this grade. In fact, carbonblack N234 ensures these parts perform longer and resist tearing or cracking under pressure.
Let’s explore the reasons manufacturers choose carbon black N234 over other grades:
Exceptional Abrasion Resistance – Ensures extended product life
High Tensile Strength – Withstands stretching, bending, and load cycles
Superior Heat Resistance – Performs well under thermal pressure
UV Protection – Shields rubber from sun damage
Reliable Structural Integrity – Helps maintain part shape and function
Good Dispersion (with controlled mixing) – Reduces batch variation
Therefore, this grade offers excellent value for products exposed to constant stress and environmental exposure.
In order to highlight its strength, here’s how carbonblack N234 compares to similar grades:
Property | N220 | N234 | N330 |
---|---|---|---|
Abrasion Resistance | High | Very High | Moderate |
Particle Size | Fine | Finer | Medium |
UV Resistance | Strong | Excellent | Strong |
Stiffness | Medium | High | Medium |
Processability | Easy | Moderate | Easy |
Although processing requires a bit more control, the benefits are undeniable.
Basekim supplies this product in high-quality packaging suitable for all shipping conditions:
25 kg moisture-resistant paper bags
500–1000 kg jumbo bags with PE liner
Shrink-wrapped palletized units
Custom labeling and container packing available
Because packaging impacts shelf life and handling, we take every step to protect your order.
Even though carbon black N234 is non-hazardous, good practices should always be followed:
Store in a dry, shaded environment
Keep away from moisture to avoid clumping
Wear gloves and dust masks while handling
Use vacuum systems to clean spills (never sweep dry)
Ground machinery to prevent static discharge
By following these steps, you preserve product quality and ensure a safe work environment.
Rubber industries across the world prefer carbon black N234 for high-wear products. For example:
Asia-Pacific uses it in tire production and rubber mining tracks
Europe focuses on automotive performance components
North America applies it in off-road equipment and drive systems
Middle East and Africa choose it for agricultural and military-grade rubber
Because of these diverse applications, global demand for N234 continues to grow rapidly.
When it comes to quality and reliability, Basekim delivers. We supply carbon black N234 with:
Certified quality (REACH & ISO compliant)
Fast global shipping from Turkey and the UAE
Custom packaging and private labeling
Full technical documentation (TDS, MSDS)
Expert support and bulk order options
So if you’re looking for a supplier who understands your production challenges, Basekim is ready to help.
To conclude, carbon black N234 is the perfect solution for rubber products that demand extreme durability and long-lasting performance. Although it may require precise processing, the benefits far outweigh the effort.
Because of its abrasion resistance, strength, and UV protection, it is a trusted choice for tire treads, industrial belts, and molded parts. Combined with Basekim’s professional supply service, N234 becomes a smart investment for your rubber production needs.
Carbon black N234 is used in tires, belts, rubber tracks, and molded parts where maximum wear resistance and strength are required.
While it disperses well, it needs controlled mixing. However, once mastered, it delivers consistent and durable results.
It offers finer particles and higher abrasion resistance than grades like N220 or N330. Therefore, it performs better in high-friction applications.
Yes, Basekim offers bulk supply of carbon black N234 with fast international delivery and full documentation to support your technical and regulatory needs.
Carbon Black N234 is a high-performance reinforcing filler used in tire treads, rubber products, and industrial applications. It offers excellent wear resistance, tensile strength, and UV protection. This grade belongs to the ISAF class, with fine particle size and high surface area, making it ideal for high-strength formulations. Supplied globally by Basekim, it ensures consistency, quality, and long-term durability across a range of rubber compounds.