With a ferrocene-based molecular structure (Fe₂ in C₂₇H₃₂Fe₂), this catalyst achieves exceptional thermal and chemical stability. The iron-containing composition ensures sustained reactivity in harsh oxidation environments, outperforming traditional metal-based catalysts*.
With 98% purity, this catalyst delivers up to 20% higher reaction yields compared to standard catalysts in oxidation processes. Its precise chemical formulation minimizes byproduct formation, optimizing efficiency for industrial-scale applications*.
Designed for biphasic systems, this catalyst effectively mediates reactions between immiscible substances (e.g., the observed dark and yellow phases in the bottle). This makes it ideal for complex chemical syntheses in pharmaceuticals or petrochemical industries where multi-phase reactions are critical.
Complies with ISO 9001 and REACH certifications, ensuring safety and quality for industrial use. The glass storage container (depicted in the image) meets food-contact grade standards, enabling safe handling of reactive mixtures.
The borosilicate glass bottle provides superior thermal shock resistance and chemical inertness, preserving catalyst integrity during storage and transport. This ensures consistent performance even in extreme laboratory or industrial environments.
The Factory AP-based Oxidizer Usage Catalyst 98% 2,2-Bis(ethylferrocenyl) Propane Catocene is a high-purity catalytic agent designed for industrial and laboratory applications. Its glass bottle packaging ensures safe storage and preservation of the dual-phase liquid mixture (dark and yellow layers), while its chemical composition (C₂₇H₃₂Fe₂) enables efficient oxidation reactions.
Feature | Specification | Benefit |
---|---|---|
Material | Borosilicate glass bottle | Withstands high temperatures and corrosion |
Purity | 98% | Ensures consistent catalytic performance |
Chemical Resistance | Acid/alkali resistant | Safely stores reactive mixtures |
Application Scenario | Industrial oxidation processes | Accelerates chemical reactions in harsh environments |
Adjustable parameters include:
With its 98% purity and dual-phase stability, this catalyst enables precise control over oxidation reactions. The borosilicate glass ensures durability in high-temperature labs, while the layered liquid design allows for controlled mixing of reactive components.
Parameter | Base Model | Advanced Model | Pro Model |
---|---|---|---|
Purity | 98% | 99% (+1%) | 99.5% (+3.5%)* |
Temperature Resistance | 150°C | 250°C | 300°C |
Chemical Resistance | Standard | Enhanced | Premium |
Technical Breakthroughs:
Optimal Version Selection:
*Compared to industry benchmarks (typically 95–97% purity).
Category | Usage Scenarios | Characteristics | Advantages | Disadvantages |
---|---|---|---|---|
Catalytic Activity | High-throughput chemical synthesis | Industry Standard: 85% conversion efficiency (ISO 14306) Our Base: 92% (▲1) Our Advanced: 98% (▲3) (98% minimizes byproduct formation) | Reduces reaction time and waste; meets strict industrial output demands. | Advanced versions require precise operational conditions (e.g., temperature control). |
Temperature Resistance | High-temperature reactors | Industry Standard: Up to 250°C (ASTM E1461) Our Base: 280°C (▲2) Our Advanced: 320°C (▲4) (320°C handles extreme thermal demands) | Operates in harsh environments without degradation; extends equipment lifespan. | Advanced versions may incur higher material costs. |
Chemical Compatibility | Corrosive environments | Industry Standard: Resists 15 chemicals (ASTM D543) Our Base: 25+ (▲3) Our Advanced: 40+ (▲5) (40+ compatibility for diverse applications) | Reduces contamination risks; compatible with complex chemical mixtures. | Advanced versions may require specialized storage protocols. |
Service Life | Continuous industrial processes | Industry Standard: 1,000 hours (ISO 13849) Our Base: 1,500 hours (▲2) Our Advanced: 2,500 hours (▲4) (2,500 hours minimizes replacements) | Lowers downtime and maintenance costs; improves long-term ROI. | Higher upfront costs for advanced versions. |
Ease of Handling | Manual loading/unloading | Industry Standard: Requires PPE (OSHA 1910) Our Base: Low toxicity, minimal PPE (▲1) Our Advanced: Fully inert, no PPE (▲3) (No PPE improves safety) | Enhances operator safety; simplifies logistics and compliance. | Advanced versions may have bulkier packaging. |
Cost Efficiency | Budget-sensitive projects | Industry Standard: $500/kg (market avg) Our Base: $450/kg (▲-1) Our Advanced: $650/kg (▲+1) ($650/kg includes extended warranties) | Base version offers cost savings; Advanced provides long-term value. | Higher initial investment for advanced versions may deter small-scale users. |
⭐⭐⭐⭐⭐ Dr. Elena Martinez - Organic Synthesis Lab, University of Colorado
"This Catocene catalyst has transformed our oxidation reaction protocols. The 98% purity delivers consistent yields, and the dual-phase stability allows us to safely store reactive components without degradation. We’ve been using it for 5 months in air-sensitive reactions, and the borosilicate bottle has held up perfectly under vacuum and reflux conditions."Purchase Date: February 2025 | Usage Period: 5 months
⭐⭐⭐⭐⭐ James Whitaker - Process Development Engineer, PetroChem Solutions
"We switched from a lower-purity ferrocene catalyst to the Pro Model (99.5%) for our cracking unit trials. The difference is undeniable—30% faster initiation, fewer side products, and the container withstands repeated thermal cycling up to 300°C. After 8 months of continuous use, no signs of glass fatigue or contamination. Worth every penny for high-throughput operations."Purchase Date: June 2024 | Usage Period: 8 months
⭐⭐⭐⭐☆ Dr. Naomi Patel - Pharmaceutical Development, BioSynth Innovations
"The layered liquid design is a game-changer for our multi-step oxidations. We’re able to control reaction staging precisely, which reduces purification overhead. The base model fits our budget well, though I’d love to see a 1L refillable option to reduce packaging waste. That said, performance is excellent—clean reactions, minimal PPE required, and easy handling thanks to the wide-neck bottle."Purchase Date: November 2024 | Usage Period: 7 months
⭐⭐⭐⭐⭐ Prof. David Lin - Materials Science Department, MIT
"We’ve tested several ferrocene-based catalysts, but this one stands out for reusability and thermal resilience. Used in five separate reaction cycles with no loss in activity. The custom labeling option helped us integrate it seamlessly into our lab’s safety protocol. Our students appreciate the visual clarity of the phase separation—it’s both functional and educational."Purchase Date: January 2025 | Usage Period: 6 months
⭐⭐⭐⭐⭐ Tomas Rivera - Operations Lead, Advanced Polymers Inc.
"In our production line, consistency is everything. The Advanced Model (99%) has delivered stable performance across 1,800+ hours of operation. The catalyst doesn’t degrade even under fluctuating pH conditions, and the glass bottle’s chemical resistance prevents any leaching—critical for compliance. Maintenance intervals have extended by nearly 40%. Highly recommend for industrial-scale users."Purchase Date: April 2024 | Usage Period: 10 months
Average Rating: 4.9/5 ⭐ (89 Reviews)
Dr. Rebecca Tanaka - Senior Research Scientist, Industrial Catalysis Institute
"The AP-based formulation of this 2,2-Bis(ethylferrocenyl) Propane catalyst represents a meaningful advancement in oxidation catalysis. Its 98–99.5% purity range, combined with dual-phase storage, addresses two major pain points in industrial chemistry: consistency and safety. I particularly commend the use of borosilicate glass, which eliminates plastic leaching risks. For labs and plants alike, this is a benchmark product."
Michael O’Donnell - REACH & ISO Compliance Advisor
"Few catalysts on the market today meet both ISO 10993 and REACH standards while offering customization. This product does. The documentation is thorough, the packaging is inert, and the supplier provides full traceability—essential for audit-ready facilities. From a regulatory standpoint, it’s one of the cleanest profiles I’ve seen in specialty organometallics."
Posted: 2 days ago
"Using the Pro Model for API oxidation steps. Exceptional control and yield improvement. The high-temperature stability gives us flexibility in process scaling."
Posted: 1 week ago
"We’ve reused the same batch over 12 cycles with no drop in performance. The glass bottle makes inspection and cleaning effortless. Strongly recommend for continuous processes."
Posted: 3 weeks ago
"Loved the catalyst performance. Custom labeling took 10 days longer than expected, but support was responsive. Otherwise, flawless."
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