Performance Driven High Efficiency Catalyst Reactor for Industrial Use

Product Details
Customization: Available
After-sales Service: Lifetime Service
Warranty: 1year
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  • Performance Driven High Efficiency Catalyst Reactor for Industrial Use
  • Performance Driven High Efficiency Catalyst Reactor for Industrial Use
  • Performance Driven High Efficiency Catalyst Reactor for Industrial Use
  • Performance Driven High Efficiency Catalyst Reactor for Industrial Use
  • Performance Driven High Efficiency Catalyst Reactor for Industrial Use
  • Performance Driven High Efficiency Catalyst Reactor for Industrial Use
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  • Overview
  • Detailed Photos
  • Product Parameters
  • Product Description
  • Certifications
  • Company Profile
  • Packaging & Shipping
  • FAQ
Overview

Basic Info.

Model NO.
DN1000-DN5000
Type
Reaction Kettle
Material
Carbon Steel
Structure
Multiple Parallel
Pressure
Positive
Agitator Model
Combined Agitator
Tower Reactor Type
Packed Tower Reactor
Heating
Outside (Inside) Coil Heating
Heat Transfer Structure
Jacketed
Automatic Grade
Semi-Automatic
Condition
New
Transport Package
Steel Pallet
Specification
DN1000mm~DN5000mm
Trademark
HYXSL
Origin
Taizhou, Jiangsu, China
HS Code
8419891000
Production Capacity
3000pieces/Year

Product Description


Detailed Photos

Performance Driven High Efficiency Catalyst Reactor for Industrial Use

Performance Driven High Efficiency Catalyst Reactor for Industrial Use
Performance Driven High Efficiency Catalyst Reactor for Industrial Use
Performance Driven High Efficiency Catalyst Reactor for Industrial Use

Product Parameters

Discover the Essential Combination Parameters that Define Excellence
Performance Driven High Efficiency Catalyst Reactor for Industrial Use

Performance Driven High Efficiency Catalyst Reactor for Industrial Use
Product Description

1. Classification by Material Phase
Within the captivating domain of chemical engineering, reactors are meticulously classified into two principal categories—homogeneous and heterogeneous—defined by the mesmerizing phase of the reaction mixture. Homogeneous reactors epitomize the art of uniformity, where reactants blend seamlessly into a singular gas or liquid phase. These wonders are further distinguished into gas-phase and liquid-phase reactors, each possessing unique characteristics. In contrast, heterogeneous reactors celebrate a tapestry of diversity, accommodating interactions such as gas-liquid, gas-solid, liquid-liquid, liquid-solid, and even gas-liquid-solid. Each variant offers a distinct symphony of phases and reaction dynamics, showcasing the vast diversity inherent in chemical processes.

2. Classification by Reactor Structure
As we delve deeper into the structural brilliance of reactors, we enter a universe teeming with architectural wonders. These are classified into kettle-type, tubular, tower, fixed bed, and fluidized bed reactors. Each variant is masterfully engineered to fulfill specific functions, augmenting the reaction process with precision design and engineering excellence that elevates chemical synthesis to new heights.

3. Classification by Operating Method
The operational methodology of reactors orchestrates an innovative symphony, classifying them into batch, semi-continuous, and continuous types. Each method provides a distinct rhythm to the dance of chemical synthesis, meeting diverse industrial and research requirements with exceptional efficiency and elegance, ensuring that every process is optimized for success.

4. Classification by Temperature Conditions and Heat Transfer Methods
Temperature conditions and heat transfer methods add another layer of sophistication, classifying reactors into isothermal and non-isothermal types. Further distinctions arise from categorization into adiabatic, externally heated, and naturally heated reactors. Each variant meticulously crafts the thermal environment to achieve peak performance and precision, catering to the nuanced needs of chemical processes.

Step into a world of multifunctionality with our trailblazing sonochemical reaction device. This ingenious contraption includes a robust reaction vessel paired with a cutting-edge ultrasonic transducer. The vessel, a marvel of sealing technology, boasts a detachable cover and a double-layered wall that forms an innovative temperature control chamber. This chamber efficiently accommodates cooling or heating fluids via dedicated inlet and outlet ports. Strategically positioned at the bottom, the transducer enhances reaction efficiency. Mounted atop the vessel, a stirring paddle driven by a precise motor ensures uniform and thorough mixing. Completing this technological masterpiece is a feeding hopper equipped with a valve and an advanced pressure control device, offering unparalleled control and precision.


This state-of-the-art device is meticulously engineered to master the complexities of temperature and pressure control, combining precision with user-friendly settings for ultrasonic frequency and power. Specifically designed for handling volatile and toxic reagents, it meets the rigorous demands of pressure, vacuum, and atmospheric protection, establishing itself as an indispensable tool for both pioneering research and large-scale industrial production.

-Application-

Chemical Industry Pharmaceutical Industry
Performance Driven High Efficiency Catalyst Reactor for Industrial Use
Performance Driven High Efficiency Catalyst Reactor for Industrial Use

Electric Power Industry Food Industry
Performance Driven High Efficiency Catalyst Reactor for Industrial Use
Performance Driven High Efficiency Catalyst Reactor for Industrial Use

Product Features

(1) In tubular reactors, the refined choreography of molecular motion ensures uniform residence time for reactants. This results in a harmonious concentration and reaction rate throughout the reactor, with variation only dictated by the pipe's length, thus optimizing chemical processes effortlessly.

(2) The compact design of tubular reactors, with their remarkable surface area and exceptional heat transfer capabilities per unit volume, make them the quintessential choice for managing reactions with significant thermal dynamics, ensuring both efficiency and consistency.

(3) The rapid reaction rates and brisk flow velocities in tubular reactors lead to outstanding production capacities, revolutionizing chemical manufacturing with their unparalleled speed and efficiency.

(4) Designed for grand endeavors, tubular reactors excel in large-scale, continuous chemical production, adeptly meeting industrial demands with unmatched efficiency and reliability, paving the way for superior productivity.

(5) Compared to batch reactors, tubular reactors exhibit minimal back-mixing. At reduced flow rates, the flow approaches ideal fluid dynamics, significantly enhancing reaction purity and operational efficiency, thus fostering superior chemical synthesis.

(6) Versatility remains the hallmark of tubular reactors. They adeptly manage both liquid-phase and gas-phase reactions and are particularly suited for pressurized processes, making them invaluable across a diverse array of chemical applications.

Certifications
Performance Driven High Efficiency Catalyst Reactor for Industrial Use
Performance Driven High Efficiency Catalyst Reactor for Industrial Use
Performance Driven High Efficiency Catalyst Reactor for Industrial Use
Performance Driven High Efficiency Catalyst Reactor for Industrial Use

Company Profile

Founded in the vibrant month of November 2008, Jiangsu Huayang Xinsilu Energy Equipment Co., Ltd. has established itself as a beacon of innovation in the energetic City South Development Zone of Jingjiang. Nestled within the thriving Yangtze River Delta, our strategic location is a mere kilometer away from the bustling Jinghu Expressway Jiangyin Bridge entrance. This prime positioning ensures effortless connectivity to key transportation arteries, including the Jinghu Expressway, Ningbo Expressway, G233, and Ningyan Expressway. Moreover, our close proximity to Shanghai Hongqiao International Airport significantly enhances our logistical capabilities and connectivity, providing an exceptional geographical advantage that sets the stage for seamless operations and efficient service delivery.

At Jiangsu Huayang Xinsilu Energy Equipment Co., Ltd., we pride ourselves on holding the prestigious design and manufacturing licenses for Class I, II, and III pressure vessels, a certification further elevated by the esteemed ASME 'U' pressure vessel authorization certificate and stamp by the American Society of Mechanical Engineers. Our ISO9001:2000 quality system certification is a resounding testament to our unwavering dedication to excellence in all that we do. This robust quality assurance framework exemplifies our commitment to maintaining the highest standards in manufacturing and design. Each product we craft is a masterpiece of superior craftsmanship and reliability, embodying our relentless pursuit of perfection.

Spanning a vast 200 acres, with an advanced building area of 85,000 square meters, Jiangsu Huayang Xinsilu is well-equipped with nearly one hundred million yuan in fixed assets. Our state-of-the-art facility houses over 290 cutting-edge production and testing devices. Behind this infrastructure is a team of 105 engineering and technical experts, including 2 senior title holders, 26 with intermediate titles, and 32 with junior titles. Our integrated product development and design department employs scientific design methodologies and rigorous quality management protocols to ensure that innovation, precision, and excellence are the hallmarks of every project we undertake.

Since our inception, Jiangsu Huayang Xinsilu has adhered to a quality policy rooted in 'scientific management, continuous improvement, quality first, and customer satisfaction.' This steadfast commitment has fortified our internal management, continuously elevating product quality and enhancing the prestigious 'Huayang' brand reputation. Recognized as a 'contract-honoring and credit-worthy enterprise' and a 'AAA-grade credit enterprise,' our products are indispensable across a diverse range of sectors, from chemical industries to pharmaceuticals. In recent years, we have made significant strides in the petrochemical, coal-to-oil, and refrigerant markets. Jiangsu Huayang Xinsilu has played a pivotal role in delivering essential equipment for landmark projects, including Shenhua Yulin coal-to-ethylene glycol, Inner Mongolia Jianyuan ethylene glycol, Yigao ethylene glycol, China Electronics Group, and the Inner Mongolia refrigerant project. These contributions have not only propelled a substantial increase in market share but also garnered widespread acclaim and recognition from a plethora of satisfied customers.

-ABOUT US-
Performance Driven High Efficiency Catalyst Reactor for Industrial Use -OUR OFFICE-


'Technology Center' 'Production Department'

Performance Driven High Efficiency Catalyst Reactor for Industrial Use
Performance Driven High Efficiency Catalyst Reactor for Industrial Use




-WORKSHOP-



'Production and manufacturing'
Performance Driven High Efficiency Catalyst Reactor for Industrial Use
Performance Driven High Efficiency Catalyst Reactor for Industrial Use
Packaging & Shipping

Performance Driven High Efficiency Catalyst Reactor for Industrial Use
FAQ

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."

Q: What is the advantages of your factory compared with other suppliers?

A:1. The company has 105 engineering and technical personnel, including 2 with senior titles, 26 with intermediate titles, and 32 with junior titles. The company has an in-house product development design department that integrates research, design, and manufacturing, equipped with scientific design methods and strict quality management procedures.

2.The company holds design and manufacturing licenses for Class I, II, and III pressure vessels, possesses the ASME "U" pressure vessel authorization certificate and stamp from the American Society of Mechanical Engineers, and is certified under the ISO9001:2000 quality management system, with a comprehensive quality assurance system in place.



Q: What information should I provide if I want to get a quotation?

A:1. please tell us what weight ,dimension, material do you need please;

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."

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