CKZF-B series flywheel backstop clutch represents state-of-the-art advancements in mechanical power transmission, tailored for heavy industries such as petrochemicals, metallurgy, and municipal water supply. Explore trends, parameters, manufacturing, applications, and real-world cases for this
CKZF-B series flywheel backstop clutch.
The global industrial clutch market is projected to surpass
$3.2 billion by 2027 (
MRFR, 2023), attributed to:
- Escalating demand for energy-efficient, maintenance-free, and anti-backdriving solutions in production lines.
- Stringent ISO/ANSI benchmarks requiring elevated safety and reliability for plant operations.
- Growth of infrastructure in sectors such as mining, steel, and wastewater treatment (CAGR: 5.7%).
- Preference for CKZF-B series flywheel backstop clutch products due to their advanced anti-reverse and torque management capabilities.
Expert Insight: According to BTZ Bearing Co., over 68% of new conveyor installations in Asian steel plants adopted flywheel backstop clutch technology in 2023 to comply with ISO 9001:2015 and ANSI B11 safety standards.
1. Raw Material Selection
Certified high-strength steel alloys (42CrMo, 50Mn, 40Cr), complying with ISO 683-1.
2. Forging & Casting
Precision forging ensures unidirectional grain for increased mechanical integrity; critical load parts cast via closed-die processes.
3. CNC Machining
Advanced 4/5-axis CNC lathes enable micron-level surface tolerances for inner/outer clutch races and flywheel hubs.
4. Surface Hardening
Selective induction or carburizing to achieve HRC55–60, maximizing wear resistance and extending fatigue life (tested per GB/T 3077-2015).
5. Assembly & Balancing
Precision assembly with ISO G2.5 balancing, incorporating needle/pawl sets and shock-absorbing springs.
6. Quality Testing
Dynamic torque/overrun/lockup tested per ANSI B11/TR3; batch tested for 106 cycle endurance, corrosion (salt spray, per ASTM B117), and roundness.
7. Packaging & Delivery
Anti-rust treated, vacuum-packed, labeled with traceable batch IDs; ready for worldwide shipment.
1. What materials are used in the CKZF-B series flywheel backstop clutch?
CKZF-B series flywheel backstop clutch primarily utilizes 42CrMo and 50Mn for body and pawl components. These grades deliver exceptional fatigue strength and long-term corrosion resistance. Surface hardening extends part survivability under heavy cyclic load.
2. Which key industry standards govern its manufacturing and performance?
Fulfilled ISO 9001 for QA, ANSI B11 for safety/operation and API 610/ISO 13709 for petrochemical certification. All finished products are serially tested under these regimes.
3. How should a CKZF-B clutch be installed?
Install in compliance with ISO 286-2 shaft/hub tolerances, and orientation markings. Set keyways for precise torquing, observe manufacturer's pre-lubrication and run-in guidelines.
4. What are the spec options available?
Shaft bores: 20–300 mm; torque: 350–15,000 Nm; available in multiple mounting/flange configs, custom couplings, or integrated to OEM bores as required.
5. What maintenance is required?
Minimal—inspection & cleaning each 12–24 months, greasing (where specified). Lubrication-free models available. Lifetime seals and corrosion-resistant finishes prevent ingress.
6. What is the typical lead/delivery time?
Standard units: 12–18 working days. Custom-engineered: 20–30 days. Expedited service (5–10 days) for repeat and critical spares.
7. Can it function in corrosive/explosive environments?
Yes—select ATEX/IECEx variants, plus custom coatings. Recent deliveries to chemical consolidators, offshore, and fertilizer facilities validate its corrosion/explosion resistance.