—In-depth Industry Insight, Seamless Communication & Collaboration—

Actively embracing innovation as the soul and driving force of enterprise development, BOCO has developed a silicon carbide (SiC) slurry pump designed for extreme abrasive, corrosive, and high-concentration composite slurry applications.

By integrating advanced hydraulic models with high-performance SiC wear-resistant materials (UltraSiC) in flow components, and optimizing the overall machine structure based on life-cycle cost and performance evaluation, the BOCO UltraSiC slurry pump achieves 4 to 20 times longer service life, marking a breakthrough in operational reliability and Total Cost of Ownership (TCO).

We strive to be your reliable parter

As a high-tech enterprise, BOCO boasts Full-Process manufacturing capabilities for slurry pumps, supported by an Advanced Materials R&D Laboratory, a Modern Engineering R&D Center, a Rapid Model Manufaturing Center, Full-processing for SiC Ceramic Parts Manufacturing Line and two dedicated in-house Testing Station. BOCO strictly adheres to international standards throughout its manufacturing processes, ensuring exceptional product stability and reliability. 

Actively embracing innovation as the soul and driving force of enterprise development, BOCO has developed a silicon carbide (SiC) slurry pump designed for extreme abrasive, corrosive, and high-concentration composite slurry applications.‌

By integrating advanced hydraulic models with high-performance SiC wear-resistant materials (‌UltraSiC‌) in flow components, and optimizing the overall machine structure based on ‌life-cycle cost and performance evaluation‌, the ‌BOCO UltraSiC slurry pump‌ achieves ‌4 to 20 times longer service life‌, marking a breakthrough in operational reliability and ‌Total Cost of Ownership (TCO)‌.

A defining feature of UltraSiC materials lies in their ‌simultaneous resistance to abrasion and corrosion (across a wide pH range of 0 to 12‌). Leveraging silicon carbide (SiC)'s exceptional hardness of ‌9.7 on the Mohs scale‌—a value approaching that of diamond—and the high filling density of its components, BOCO has developed three distinct UltraSiC material formulations through continuous process optimization and specialized structural design.

1. Anti-abrasion

2. Anti-corrosion

3. Anti-cavitation

4. Anti-Impact of Large Particles‌

1. UltraSiC ACC: SiC Casting Composite Material

2. UltraSiC ACS: Reaction-bonded Silicon Carbide(RBSC) Material

3. UltraSiC ACM: Advanced Composite Materials

By signing up to our newsletter you agree to our Term of Service and Privacy Policy.

Troubles in the proper material for your application? Contact our experienced engineers. 

Slurry pumps and their spare parts are engineered using advanced 3D modeling technology, which ensures not only optimized hydraulic performance and operational reliability but also streamlined maintenance access and a refined structural aesthetic.

By leveraging parametric 3D models, we achieve micron-level precision in component design, guaranteeing perfect fit and seamless functionality of spare parts. This eliminates dimensional errors and reduces costly production adjustments, directly boosting manufacturing efficiency by up to 30%. Furthermore, virtual simulation capabilities enable early detection of potential installation conflicts and operational bottlenecks, ensuring smooth on-site deployment and minimizing unplanned field issues by over 40%.

Beyond precision, 3D-driven design optimizes pump components for enhanced wear resistance and energy efficiency. Through iterative finite element analysis (FEA) and computational fluid dynamics (CFD) simulations, we refine impeller profiles, liner geometries, and seal configurations to reduce abrasive wear by 25% and cut energy consumption by 15%, ultimately extending equipment service life by 50% and lowering long-term operational costs.

By signing up to our newsletter you agree to our Term of Service and Privacy Policy.

Drawings or specs in hand? Or even only an idea, Contact our experienced engineers.

By signing up to our newsletter you agree to our Term of Service and Privacy Policy.

Drawings or specs in hand? Or even only an idea, Contact our experienced engineers.