| Customization: | Available |
|---|---|
| After-sales Service: | Lifetime Service |
| Warranty: | 1year |
Suppliers with verified business licenses
Audited Supplier Audited by an independent third-party inspection agency
-Basic Combination Parameters: Experience seamless integration like never before! Our catalyst reactor system is crafted with meticulous attention to detail, ensuring it harmoniously aligns with your existing processes. Leverage our all-encompassing basic combination parameters to maximize efficiency and optimize your outcomes, establishing a new standard of operational excellence.-
1. Classification by Material Phase
In the intricate domain of chemical reactors, understanding classification by material phase is crucial for seamless process management and optimization. Reactors are distinctly categorized into homogeneous and heterogeneous classes, each determined by the phase nature of the reaction mixture they contain. Homogeneous reactors offer a unified presence, with reactants uniformly mixed in a singular phase—be it gaseous or liquid. This category further breaks down into gas-phase and liquid-phase reactors, each crafted for specific applications. On the other hand, heterogeneous reactors embody the complexity of multiple phases, such as gas-liquid, gas-solid, liquid-liquid, liquid-solid, and even intricate gas-liquid-solid formations, each engineered for specific reaction dynamics and efficiency.
2. Classification by Reactor Structure
Revealing the architectural diversity in the realm of reactors, they are meticulously classified by structural attributes into distinctive types: kettle-type, tubular, tower, fixed bed, and fluidized bed reactors. Each design not only offers unique operational efficiencies but is also tailored to meet the demanding needs of specific industrial applications, ensuring optimal performance and flexibility.
3. Classification by Operating Method
Exploring the nuances of operational methodologies, reactors are thoughtfully categorized into batch, semi-continuous, and continuous types. This classification is pivotal as it defines the mode of processing, offering unparalleled flexibility and precision to cater to a wide array of industrial applications, ensuring peak performance and adaptability.
4. Classification by Temperature Conditions and Heat Transfer Methods
Temperature control and heat transfer are the cornerstones of reactor operations. Reactors are thus classified into isothermal or non-isothermal categories based on their temperature conditions. Furthermore, they are distinguished by heat transfer methods into adiabatic, externally heated, and naturally heated reactors. Each classification is crafted to maximize thermal efficiency and ensure meticulous reaction control, catering to precise industrial requirements.
Introducing a pioneering multifunctional sonochemical reaction device, masterfully crafted with an advanced reaction vessel and a precision-engineered ultrasonic transducer. This hermetically sealed reaction vessel is a testament to engineering brilliance, boasting a vessel body topped with a detachable cover. Its robust double-layered wall ingeniously conceals a sophisticated temperature control chamber, designed to accommodate cooling or heating fluids with strategic fluid inlet and outlet ports. Anchored at its base, the ultrasonic transducer stands ready to deliver remarkable performance. The vessel cover is an epitome of technological advancement, featuring a stirring paddle that elegantly extends into the vessel's core, driven by a motor to ensure superior mixing. This innovation also harmonizes a feeding hopper with a precision valve and a cutting-edge pressure control device, ensuring seamless operation.
This state-of-the-art device is engineered for unparalleled excellence, equipped to precisely control and monitor temperature and pressure throughout complex chemical processes. Its adaptability allows for seamless adjustments to the ultrasonic wave frequency and power, expertly catering to the demands for pressure, vacuum levels, or protective atmospheres in chemical reactions. It is exceptionally suited for advanced chemical research, particularly when handling highly volatile and toxic reagents, while also demonstrating robust capabilities for industrial-scale production.
Jiangsu Huayang Xinsilu Energy Equipment Co., Ltd., a beacon of innovation and engineering excellence since its establishment in November 2008, is strategically nestled in the thriving City South Development Zone of Jingjiang, Jiangsu Province, an integral part of the dynamic Yangtze River Delta. Just a mere 1 kilometer from the Jinghu Expressway Jiangyin Bridge, our location offers impeccable connectivity and access to major routes like the Jinghu Expressway, Ningbo Expressway, G233, Ningyan Expressway, and the pivotal Shanghai Hongqiao International Airport, providing our enterprise with an extraordinary geographical edge to serve our clientele efficiently.
Rooted in a tradition of engineering mastery, our company proudly wields the design and manufacturing licenses for Class I, II, and III pressure vessels and is distinguished by the ASME "U" pressure vessel authorization certificate and stamp, a hallmark of quality awarded by the American Society of Mechanical Engineers. Bolstering our dedication to superior quality, we have achieved the ISO9001:2000 quality system certification, which serves as the foundation of our rigorous and all-encompassing quality assurance system.
Occupying an impressive 200 acres with a vast building area of 85,000 square meters, our company stands as a formidable force of technological prowess and innovation, fortified by nearly one hundred million yuan in fixed assets. Our facilities are outfitted with over 290 state-of-the-art production and testing machines, supported by a team of 105 skilled engineering and technical professionals. Our talent pool is enriched with 2 senior, 26 intermediate, and 32 junior title holders. The company thrives on the synergy of an integrated product development design department, leveraging cutting-edge scientific design methodologies and rigorous quality management protocols to fuel our innovation engine.
From its inception, Jiangsu Huayang Xinsilu Energy Equipment Co., Ltd. has steadfastly adhered to a quality-focused ethos, encapsulated in our guiding principle of "scientific management, continuous improvement, quality first, and customer satisfaction." This unwavering dedication to excellence has consistently enhanced our internal management systems, elevating product quality and reinforcing the esteemed "Huayang" brand. Our commitment to quality and integrity has earned us distinctions as a "contract-honoring and credit-worthy enterprise" and an "AAA-grade credit enterprise." Our extensive product range permeates critical sectors such as chemical industry, chemical fiber, petroleum products, nuclear power, metallurgy, and pharmaceuticals within China. Notably, we have recently advanced in the petrochemical, coal-to-oil, and refrigerant sectors, proudly supplying major equipment for prestigious projects including Shenhua Yulin coal-to-ethylene glycol, Inner Mongolia Jianyuan ethylene glycol, Yigao ethylene glycol, China Electronics Group, and Inner Mongolia refrigerant project. These achievements have significantly expanded our market share, garnering widespread acclaim and trust from our esteemed clientele.
-OUR OFFICE-
Q: Are you manufacturer or trading company?
A:"We are a professional manufacturer of pressure vessels and metallurgical equipment, with a history of 16 years, covering an area of 30,000 square meters and employing over 200 staff members."
2.Better help to provide the drawing with above-mentioned details please;
3.when we have enough details, we may quote accordingly;
Q: How long is your machine's warranty period?
A:Within one year after installation is completed, or 18 months after the goods arrive on site."
){kind=link}