Advanced Chemical Processing Reactor with High Efficiency Design

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Customization: Available
After-sales Service: Lifetime Service
Warranty: 1year
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  • Advanced Chemical Processing Reactor with High Efficiency Design
  • Advanced Chemical Processing Reactor with High Efficiency Design
  • Advanced Chemical Processing Reactor with High Efficiency Design
  • Advanced Chemical Processing Reactor with High Efficiency Design
  • Advanced Chemical Processing Reactor with High Efficiency Design
  • Advanced Chemical Processing Reactor with High Efficiency Design
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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

Advanced Chemical Processing Reactor with High Efficiency Design

Advanced Chemical Processing Reactor with High Efficiency Design
Advanced Chemical Processing Reactor with High Efficiency Design
Advanced Chemical Processing Reactor with High Efficiency Design

Product Parameters

-Basic Combination Parameters: Effortlessly incorporate our state-of-the-art catalyst reactor system into your current operations with our detailed basic combination parameters. These parameters are meticulously crafted to significantly enhance operational efficiency and optimize your results.-
Advanced Chemical Processing Reactor with High Efficiency Design

Advanced Chemical Processing Reactor with High Efficiency Design
Product Description

1. Classification by Material Phase
In the sophisticated domain of chemical reactors, material phase classification is essential for achieving optimal process management and efficiency. Reactors are categorized into homogeneous and heterogeneous types, based on the reaction mixture's phase. Homogeneous reactors feature uniformly mixed reactants, forming a singular phase of gas or liquid. They are distinctively classified into gas-phase and liquid-phase reactors. In contrast, heterogeneous reactors support multiple phases, including gas-liquid, gas-solid, liquid-liquid, liquid-solid, and the more complex gas-liquid-solid configurations, each specialized for unique reaction dynamics and efficiencies.

2. Classification by Reactor Structure
Diving into the architectural innovation of reactors, they are meticulously classified by their structural features into several types: kettle-type, tubular, tower, fixed bed, and fluidized bed reactors. Each design is crafted to provide distinct advantages, enhancing operational efficiencies and tailored to meet the demanding needs of specific industries.

3. Classification by Operating Method
In exploring operational methodologies, reactors are ingeniously categorized into batch, semi-continuous, and continuous types. This classification is based on processing modes, offering unmatched flexibility and precision to cater to diverse industrial applications with efficiency.

4. Classification by Temperature Conditions and Heat Transfer Methods
Temperature control and heat transfer play a critical role in reactor operations. Thus, reactors are classified as isothermal or non-isothermal, depending on their operational temperature conditions. Based on heat transfer methods, they are further divided into adiabatic, externally heated, and naturally heated reactors, each meticulously designed to enhance thermal efficiency and optimize reaction control.

Presenting a groundbreaking multifunctional sonochemical reaction device, elegantly designed with an advanced reaction vessel and cutting-edge ultrasonic transducer. The hermetically sealed reaction vessel stands as an engineering marvel, with a vessel body capably topped by a detachable cover. Its robust double-layered construction envelops a sophisticated temperature control chamber, ready to accommodate cooling or heating fluids, equipped with precisely engineered fluid inlet and outlet ports. The ultrasonic transducer is strategically positioned vertically at the base, primed for action. The vessel cover is a testament to technological ingenuity, housing a stirring paddle that deftly extends into the vessel, powered by a high-performance motor for optimal mixing. This state-of-the-art innovation incorporates a precision feeding hopper with a precise valve and a cutting-edge pressure control mechanism.


This state-of-the-art device is meticulously engineered for superior performance, offering meticulous control and monitoring of temperature and pressure throughout chemical processes. Its versatility is unmatched, allowing seamless adjustments to the frequency and power of ultrasonic waves to perfectly meet the demands for pressure, vacuum levels, or protective atmospheres in chemical reactions. Exceptionally suited for high-stakes chemical research, it is especially adept when handling highly volatile and toxic reagents, while also robust enough for industrial-scale production.

-Application-

Chemical Industry, Pharmaceutical Industry
Advanced Chemical Processing Reactor with High Efficiency Design
Advanced Chemical Processing Reactor with High Efficiency Design

Electric Power Industry, Food Industry
Advanced Chemical Processing Reactor with High Efficiency Design
Advanced Chemical Processing Reactor with High Efficiency Design

Product Features

(1) Our tubular reactors boast an innovative design ensuring that reactant molecules experience equal residence time, maintaining consistent concentration and reaction rates throughout, influenced solely by the pipe's length.

(2) Engineered with a focus on compactness, tubular reactors offer a small volume yet maximize surface area and ensure significant heat transfer per unit volume, making them ideal for reactions where precise heat effect control is crucial.

(3) With their rapid reaction rates and swift flow velocity of reactants, tubular reactors achieve remarkable production capacities, setting an industry standard in efficiency.

(4) Tubular reactors are designed for superior performance in large-scale, continuous chemical production, affirming their indispensable role in industrial powerhouses.

(5) Compared to batch reactors, tubular reactors exhibit minimal back-mixing, and at lower flow rates, the internal flow pattern closely resembles that of an ideal fluid, ensuring precision and efficacy.

(6) Tubular reactors are defined by their versatility, excelling in both liquid-phase and gas-phase reactions, with a particular advantage in pressurized reaction environments.

Certifications
Advanced Chemical Processing Reactor with High Efficiency Design
Advanced Chemical Processing Reactor with High Efficiency Design
Advanced Chemical Processing Reactor with High Efficiency Design
Advanced Chemical Processing Reactor with High Efficiency Design

Company Profile

Jiangsu Huayang Xinsilu Energy Equipment Co., Ltd., founded in November 2008, graces the vibrant City South Development Zone in Jingjiang, Jiangsu Province, a jewel in the illustrious Yangtze River Delta. Situated just 1 kilometer from the convenient gateway of the Jinghu Expressway Jiangyin Bridge, the company boasts unrivaled connectivity through the Jinghu Expressway, Ningbo Expressway, G233, Ningyan Expressway, and Shanghai Hongqiao International Airport. This prime geographical position ensures seamless access and outstanding logistical advantages.

Rooted deeply in engineering excellence, the company is distinguished by possessing design and manufacturing licenses for Class I, II, and III pressure vessels. It is further honored with the prestigious ASME "U" pressure vessel authorization certificate and stamp, a mark of distinction from the American Society of Mechanical Engineers. In its unwavering pursuit of quality, the company has proudly secured the ISO9001:2000 quality system certification, solidifying a comprehensive and robust quality assurance framework.

Spanning a majestic 200 acres and featuring an expansive building area of 85,000 square meters, our company stands as a beacon of innovation and capacity, with nearly one hundred million yuan in fixed assets. We are outfitted with over 290 cutting-edge production and testing machines and boast a dynamic team of 105 dedicated engineering and technical experts. This talented pool includes 2 individuals with senior titles, 26 with intermediate titles, and 32 with junior titles. The company thrives on an integrated product development design department, leveraging scientific design methodologies and rigorous quality management protocols.

From its inception, the company has steadfastly adhered to a quality-centric ethos rooted in the policy of "scientific management, continuous improvement, quality first, and customer satisfaction." This guiding philosophy has driven relentless advancements in internal management, consistently elevating product quality and fortifying the distinguished "Huayang" brand. Our unwavering commitment to excellence has earned accolades such as "contract-honoring and credit-worthy enterprise" and "AAA-grade credit enterprise." Our diverse product range caters to pivotal sectors, including the chemical industry, chemical fiber, petroleum products, nuclear power, metallurgy, and pharmaceuticals across China. Notably, significant advancements have been made in the petrochemical, coal-to-oil, and refrigerant industries. We are proudly associated with major projects such as Shenhua Yulin coal-to-ethylene glycol, Inner Mongolia Jianyuan ethylene glycol, Yigao ethylene glycol, China Electronics Group, and Inner Mongolia refrigerant project, catapulting our market share and earning widespread acclaim and trust from our esteemed clientele.

-ABOUT US-
Advanced Chemical Processing Reactor with High Efficiency Design -OUR OFFICE-


"Technology Center" "Production Department"

Advanced Chemical Processing Reactor with High Efficiency Design
Advanced Chemical Processing Reactor with High Efficiency Design




-WORKSHOP-



''Production and manufacturing''
Advanced Chemical Processing Reactor with High Efficiency Design
Advanced Chemical Processing Reactor with High Efficiency Design
Packaging & Shipping

Advanced Chemical Processing Reactor with High Efficiency Design
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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