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Manufacture, installation and timely commissioning of various types of environmental protection equipment

all categoriesManufacture of environmental protection equipmentInstallation and timely commissioning: one-stop professional services to ensure efficient and stable operation.
In today’s increasingly stringent environmental protection requirements, efficient and reliable environmental protection equipment is the key to achieving green production and meeting emission standards. It is crucial to choose an environmental protection equipment service provider with all-round capabilities – from source manufacturing to precise installation to critical and timely commissioning, each link has a direct impact on the final performance and operating costs of the equipment.

We focus on providing you with all kinds of environmental protection equipment “manufacturing – installation – commissioning” integrated solutions to ensure seamless project, equipment quickly into efficient operation.

First, professional manufacturing: lay the foundation of environmental protection equipment quality
We know that excellent environmental protection equipment begins with fine manufacturing. We have:

Advanced Production Facilities and Technology: The modern factory is equipped with precision machining equipment (laser cutting, CNC bending, automatic welding, etc.) and strict production processes to ensure the structural strength, dimensional accuracy and manufacturing quality of the equipment.

Core equipment and material control:

Key components (such as fans, pumps, motors, filter media, membrane modules, catalysts, etc.) are selected from well-known brands at home and abroad to ensure core performance and life.

The main material (stainless steel, carbon steel anti-corrosion, PP, PVDF, etc.) is strictly selected according to the characteristics of the medium to ensure corrosion and wear resistance.

Strict quality management system: Throughout the whole process of design, purchase, production and inspection. Strict incoming inspection, process inspection and final inspection are carried out to ensure that each piece of equipment meets the design specifications and industry standards.

Extensive experience with equipment types:

Exhaust gas treatment equipment: dust collector (bag, electrostatic, cartridge), VOCs treatment equipment (RTO/RCO, activated carbon adsorption and desorption, scrubber tower), desulphurisation and denitrification equipment, etc.

Wastewater treatment equipment: grating, sedimentation tank, air flotation equipment, biochemical reactor (MBR, MBBR), filtration equipment (sand filtration, activated carbon), membrane separation equipment (RO, UF, NF), sludge dewatering equipment and so on.

Solid waste treatment equipment: crushers, compressors, conveying equipment, storage containers, etc.

Noise control equipment: acoustic enclosures, mufflers, etc

Second, accurate installation: to ensure the perfect integration of equipment and systems
The performance of the equipment can not be played without standardised and professional installation. Our installation team:

Experienced technical team: composed of senior engineers and skilled technicians, familiar with the installation of various types of environmental protection equipment and technical specifications.

Scientific installation process:

Pre-survey and planning: In-depth site, understand the site conditions, infrastructure (water, electricity, wind, etc.), spatial layout, and develop a detailed and feasible installation programme and progress plan.

Foundation production and equipment in place: Strictly according to the drawing requirements for the production of equipment foundations, to ensure that the level and strength of the standard. Use professional lifting tools to safely and accurately place the equipment in position.

Piping and electrical connections: Strictly follow process flow diagrams and electrical drawings for pipework welding/connections (ensure sealing without leakage), valve and instrument installation, cable laying and wiring, with clear and standardised markings.

System integration and sealing: Ensure that each unit of equipment, piping, valves, instrumentation connected between the accurate, the overall system sealing is good, no “running, bubbling and leaking”.

Safe and civilised construction: Strictly abide by the safety operation regulations, equipped with perfect safety protection measures, keep the construction site neat and orderly, minimise the impact on the normal production of the customer.

Third, timely debugging: the equipment efficient and stable operation of the door step
Commissioning is a key step in verifying the performance of the equipment, optimising the operating parameters and ensuring compliance with emission standards. We emphasise “timeliness” and “professionalism”:

Well-prepared for commissioning: commissioning procedures will be initiated once the installation is completed, and the commissioning programme, personnel and instruments (gas detectors, flow meters, pressure gauges, water quality rapid test kits, etc.) will be put in place in advance.

Systematic commissioning process:

Stand-alone commissioning: start the equipment one by one (fans, pumps, valves, control cabinets, etc.), check the direction of operation, current, vibration, noise, lubrication, temperature rise is normal, no-load test run.

Linkage debugging: the whole system linkage operation, simulate the actual working conditions (can use water or air first), check the synergy of the equipment, chain control logic, the accuracy of the instrument signal transmission.

Load/process commissioning (core): Introduction of actual exhaust gases, wastewater or materials for operation with load.

Parameter optimisation: Fine adjustment of key operating parameters such as air volume/water volume/dosing volume/temperature/pressure/speed, etc., so that the equipment operates under optimal working conditions and achieves the best treatment effect (e.g., discharge concentration, removal efficiency) and the lowest operating energy consumption.

Performance test: 72 hours of continuous trial operation (or contractual time), a comprehensive assessment of the stability of the operation of the equipment, reliability and treatment effect. Take samples for testing according to specifications and issue commissioning reports.

Troubleshooting and resolution: Respond quickly to problems that arise during commissioning, analyse the causes and resolve them in a timely manner.

Operation Training: During and after the commissioning process, we will provide on-site systematic training to the customer’s operation and maintenance personnel, explaining in detail the principles of the equipment, operating procedures, daily inspection and maintenance points, common troubleshooting methods, and handing over complete operation and maintenance manuals.

Commissioning report and handover: Provide detailed commissioning report to record the commissioning process, parameter settings, test results, training, etc., as an important basis for project acceptance and subsequent operation.

Why choose our “manufacture, installation and commissioning” service?
Seamless connection, higher efficiency: the manufacturer is directly responsible for the installation and commissioning, avoiding the communication costs of multi-party co-ordination and responsibility shifting, the project progress is more guaranteed, and the equipment can be put into use more quickly to produce benefits.

Clear responsibility, quality control: from the source to the final operation of the whole control, the overall performance of the equipment is fully responsible for ensuring that the manufacturing, installation, commissioning standards are uniform, quality without dead ends.

Consistent technology, in-depth optimisation: Manufacturing and design teams are deeply involved in commissioning, which enables systematic problems to be identified and solved more quickly and accurately, with better parameter optimisation and better equipment performance.

Timely response, service guarantee: the establishment of a rapid response mechanism, in the installation and commissioning phase of the problem can be the first time to mobilise resources to solve. At the same time for the subsequent operation and maintenance of equipment to lay a good foundation.

Cost Optimisation: An all-in-one service effectively reduces intermediate steps, lowering overall project costs and providing more transparent quotes.

We promise: with exquisite manufacturing process, standardised installation process, efficient and timely commissioning, we will deliver the environmental protection equipment system with excellent performance, stable operation and easy operation for you, and help the enterprises to develop green and sustainable!

Contact us today for your one-stop solution for environmental protection equipment!

18 May, 2025
The finished steel structure of each type of strut leg type processing demonstration

Types of strut legs by typeStructural steelworkFinished Product – Superb Craftsmanship, Solid Choice
Keywords: steel columns, steel legs, H-beam columns, box columns, tubular columns, lattice columns, fixed legs, adjustable legs, steel processing, metal structure manufacturing, engineering support parts, building structural parts

Meta Description: Explore our professionally processed finished steel columns and legs of all kinds! High-definition images of H-beam columns, box columns, tubular columns, lattice columns, and all types of fixed and adjustable outriggers show the craftsmanship and superior quality. Looking for reliable support solutions? Check it out now!

Main article:

In industrial plants, large warehouses, bridges, equipment platforms and even modern buildings, steel structure columns and legs play a crucial role as “bones”. They directly bear the structural loads and ensure overall stability and safety. Exquisite processing technology is the fundamental guarantee for the performance and life of these key components.

We specialise in the design and manufacture of all kinds of steel structure columns and legs, and strictly control every step from raw materials to finished products. Below are some of our finished columns and legs, showing the diversified structural forms and excellent processing quality:

I. Core load-bearing: demonstration of main pillar types
H-beam struts:

Finished product: [Insert high-quality picture showing several finished H-beam columns of different sizes and surface treatments (e.g. after sandblasting and rust removal or after priming), neatly stacked, highlighting the straightness of the flanges and webs].

Characteristics and processing points: The most commonly used form of pillar, excellent mechanical properties of the cross-section. Processing focuses on accurate undercutting to ensure the length, end milling to ensure that the contact surface is flat, drilling holes (holes for ground bolts, holes for connecting plates) in precise positions, and strict control of welding deformation (such as necessary stiffening plate welding). It is suitable for frame columns of all kinds of plants.

Box columns:

Finished drawing: [Insert high-quality picture: Show box columns of rectangular or square cross-section, showing the body, details of the footings, internal bulkhead welds (if any) and the top joint end plate]

Features and Processing Points: Closed cross-section, great torsional rigidity, high bearing capacity, neat appearance. Processing technology is complex, involving four pieces of steel plate precision discharging, bevel preparation, assembly and positioning, internal partition welding (to ensure spatial rigidity), the main body of the four main weld welding (usually using submerged arc welding to ensure quality and efficiency), end milling and hole opening. Mostly used for high-rise, large-span or critical parts with particularly high loads.

Tubular columns/tubular columns:

Finished drawing: [Insert high-quality picture: showing a large-diameter or thick-walled round tube column, highlighting its annular cross-section, which can show details of the legs with flanged ends or directly welded]

Features and Processing Points: Good hydrodynamic performance (wind resistance), simple and modern appearance. Processing needs to ensure the verticality of pipe cutting, smooth end face treatment, high accuracy of flange drilling (to ensure smooth bolt connection), reliable quality of ring seam welding (to control deformation). Commonly used in structures requiring better landscape effect or significant wind load, such as canopies, curtain wall support columns, decorative structures.

Lattice struts:

Finished drawing: [Insert high-quality picture: showing a lattice column made of steel sections such as angles and channels connected by splicing plates or strips, highlighting the limb and connection system]

Features and Processing Points: Relatively economical steel consumption, good stability of cross-section development. The core of processing lies in the accurate discharging of each limb section, accurate positioning and welding of the splicing plate/splicing bar, and dimensional control after overall assembly (to ensure the column body is straight and section geometry). It is suitable for columns with large length and relatively small load, such as equipment bracket columns and through-corridor columns.

II. Firming up the foundations: a demonstration of the various types of outriggers
Fixed outriggers:

Base plate connection type:

Finished product: [Insert high-quality picture showing the finished product with a thick base plate welded to the lower end of the leg, with accurately drilled holes for the anchor bolts].

Characteristics and processing points: The most common form. Vertical welding of the legs (profiles or combined sections) and the base plate is the key, and must ensure that the angle is absolutely 90 degrees, and the welding strength is sufficient to avoid deformation. The tolerance of the drilling position of the base plate is strict.

Flange connection type:

Finished product: [Insert high-quality picture showing the finished product with flange welded to the end of the leg, the bolt holes in the flange are clearly visible].

Features and processing points: Convenient for on-site bolting installation and dismantling. Flange flatness is required to be high, and the bolt hole position accuracy is required to be extremely high to ensure smooth docking with pre-embedded parts or foundation components. The axis of the legs should be perpendicular to the plane of the flange.

Adjustable legs:

Screw adjustable type:

Finished product: [Insert high-quality picture: showing the finished product with adjusting nut and screw at the bottom or middle of the leg, the end of the screw may have a base plate].

Features and Processing Points: Used for applications that require precise levelling or compensation for foundation settlement. The difficulty lies in the reliable welding or assembly of the adjusting nut to the leg body to ensure that the screw rotates smoothly and can withstand the load. Screw thread accuracy and strength are critical.

Base plate with wedge iron type:

Finished product: [Insert high-quality picture showing the finished product with wedge grooves or spaces in the bottom plate of the outrigger, complete with matching wedge washers].

Features and Processing Points: Limited height adjustment by striking the sprags. Processing must ensure that the contact surface between the base plate and the sprags is flat and that the angle of the sprags is precisely matched.

Third, the superb craftsmanship of the guarantee
High-quality raw materials: Strictly choose the steel that meets the national standards (such as GB/T 700 Q235B, GB/T 1591 Q355B) or international standards (such as ASTM A36, A572 Gr50), to ensure that the mechanical properties and chemical composition are up to standard.

Precision undercutting: CNC flame/plasma cutting or sawing is adopted to ensure the dimensional accuracy and quality of the cut.

High-standard welding: operated by licensed welders, using CO2 gas-shielded welding, submerged arc welding and other mature technology.

The company has implemented strict welding process evaluation to ensure that the weld strength, shaping and non-destructive testing (e.g. UT) are qualified.

Strict dimensional control: Use advanced measuring tools (total station, laser level, etc.) to carry out in-process and finished product inspection to ensure that key indicators such as overall length, perpendicularity, straightness, hole tolerance, etc. comply with the design requirements (usually in accordance with GB 50205 or relevant industry standards).

Professional surface treatment: Provide sand blasting to remove rust (up to Sa2.5 grade), spraying anti-rust primer and other treatments to effectively extend the service life of components. Surface paint can be applied according to customers’ requirements.

Perfect marking: The finished products are clearly marked with component number, specification and model, etc., which is convenient for on-site installation and management.

Choose professionalism, choose reliability!

Whether it is standard specification or special customised steel columns and legs, we are able to provide you with strong and durable finished products with reliable precision and excellent appearance by virtue of our rich experience, advanced equipment and rigorous quality management system. They are the solid foundation for constructing safe and solid projects.

Contact us today for exclusive steel bracing solutions!

We provide one-stop service from design consulting, detailing, precision machining to surface treatment. Visit our [Processing Capability Page] for more detailed process and equipment information, or see [Project Case] to witness the application effect of our products in real projects.

17 May, 2025
Various bearing types with machined finished products (overview of bearing types and their industrial applications)

Various bearing types withFinished Machined ProductsShowcase: Professional Guide and Example Explanation
Overview of support types and their industrial applications
Bearings are indispensable components in mechanical systems and building structures, assuming the important functions of support, fixation and cushioning. In the industrial sector, the choice of bearings has a direct impact on the stability, service life and operational efficiency of equipment. In this article, we will provide you with a comprehensive introduction to various types of bearings and show examples of finished products after precision machining to help you understand the characteristics and application scenarios of different bearings.

Characteristics and machining points of fixed bearings

Fixed bearings are one of the most common types of bearings and are characterised by their ability to completely limit the displacement of the supported component. The finished precision-machined fixed bearing typically has the following characteristics:

High-precision mounting holes to ensure a perfect match with the equipment

Heat-treated, high-strength materials for long-term stable support

Fine surface treatment, including anti-corrosion processes such as galvanisation, blackening or spraying

Tight dimensional tolerance control (usually within ±0.05mm)

When machining the fixed support, special attention needs to be paid to the selection of reference surfaces and machining sequence arrangements to ensure that the perpendicularity and parallelism of the installation surface requirements.

Design and presentation of sliding bearings
Sliding bearings allow displacement of the supported component in a specific direction and are particularly suitable for applications where thermal expansion and contraction are significant. A display of our finished machined sliding bearings includes:

PTFE sliding bearing: adopts PTFE sliding material, friction coefficient is as low as 0.05-0.10.

Stainless steel sliding bearings: suitable for high temperature or corrosive environments

Composite sliding bearings: combining the advantages of metallic and non-metallic materials

The key to machining sliding bearings lies in the control of the surface roughness of the sliding surface (Ra≤0.8μm is usually required) and the precise grasp of the fit gap (generally 0.1-0.3mm).

Machining process for various types of bearings
Raw material selection and pre-treatment
Different bearing types have different material requirements:

Ordinary carbon steel (Q235B): economic choice for general environments

Stainless steel (304/316): where high corrosion resistance is required

Alloy steel (40Cr/42CrMo): high load, high strength application scenarios

Material pre-treatment includes processes such as straightening, descaling and flaw detection to ensure that raw materials are free from internal defects and surface blemishes.

Precision machining stages in detail

Turning process: complete the support body of the external circle, end face and internal hole machining

Milling process: machining of mounting planes, keyways and various shaped structures

Drilling and tapping: complete machining of mounting holes and threaded holes

Grinding finishing: precision grinding of critical mating surfaces

Surface treatment and quality inspection

After machining, the support needs to go through:

Sandblasting: improves surface adhesion and aesthetics

Anti-corrosion treatment: plating, oxidation or spraying according to the use of the environment.

Dimensional inspection: full-size inspection using CMMs

Performance testing: including load testing, fatigue testing, etc.

Examples of machining of special bearing types
Processing technology for seismic bearings
Seismic bearings require special energy dissipating structures with machined features including:

Multi-layer steel and rubber alternating laminated structure

High-precision shear panel processing

Precision machining of large diameter anchor bolt holes

Assembly accuracy control of special damping structures

Manufacturing process for spherical bearings

Ball bearings are widely used in bridges and large equipment because of their multi-directional rotation capability, and their machining difficulties are:

Machining of spherical mating parts (sphericity is usually required to be ≤0.05mm)

Inlay process for PTFE slip sheets

Precision machining of sealing structures

Integral pre-compression assembly technology

Bearing selection guide and technical parameters comparison
Selection of bearings by type of load
Load type Recommended support Machining characteristics

Static loads Fixed bearings Emphasis on structural strength and mounting accuracy

Dynamic loads Elastomeric bearings Focus on quality of processing of damping elements

Shock loads Hydraulic mounts Precision-fit piston construction required
Thermal Displacement Sliding Bearings Sliding Surface Finish is Critical
Selection of support according to the use of the environment

Corrosive environments: Stainless steel or special coated bearings are preferred.

High-temperature environment: need to consider the thermal expansion coefficient matching and high-temperature strength

Cleanrooms: Choosing Dust-Free Designs and Anti-Shedding Structures

Outdoor exposure: need for enhanced UV ageing treatments

17 May, 2025
Types of Pressure Vessels and Manufacturing Cases (Main Classification of Pressure Vessels)

autoclaveTypes and manufacturing cases

Types of Pressure Vessels and Manufacturing Cases: A Comprehensive Analysis of Industrial Applications
Pressure Vessel Overview
Pressure vessels are indispensable and important equipment in modern industry, widely used in petrochemical, energy and power, food and pharmaceutical and many other fields. These specially designed closed containers can withstand a certain pressure internally or externally to safely store or handle gases, liquids and other media. With the continuous development of industrial technology, the types of pressure vessels are increasingly rich, the manufacturing process is also increasingly sophisticated.

Main classifications of pressure vessels
By design pressure class
Pressure vessels can be classified according to their design pressure:

Low pressure vessels: 0.1MPa≤P<1.6MPa

medium pressure vessel: 1.6MPa≤P<10MPa

High Pressure Vessels: 10MPa≤P<100MPa

Ultra High Pressure Vessel: P≥100MPa

Different pressure levels correspond to different design standards and safety requirements, and the higher the pressure, the more stringent the requirements for material properties and manufacturing processes.

Classification by process use
Reaction pressure vessels: Used to complete physical and chemical reactions, such as reaction kettles, polymerisation kettles, etc.

Heat exchanger pressure vessel: For medium heat exchange, e.g. heat exchangers, coolers, etc.

Separation pressure vessel: For media separation and purification, such as separators, filters, etc.

Storage pressure vessels: For storing gases or liquids, such as gas tanks, spherical tanks, etc.

Distinguished by structural form

spherical container: e.g. liquefied petroleum gas (LPG) storage tanks, which are uniformly stressed but complex to manufacture.

cylindrical vessel: the most common form, easy to manufacture and good pressure capacity

Combination packagings: Combination of several simple housings to meet special process requirements

Classification by manufacturing materials
Metal Pressure Vessels::

Carbon steel packagings: low cost and widely used

Stainless steel containers: corrosion-resistant, for the food and pharmaceutical industries

Alloy steel containers: high strength, high temperature and pressure resistance

Non-metallic pressure vessels::

Plastic containers: corrosion-resistant but with limited pressure capacity

Composite containers: lightweight and high strength for special occasions

Typical Case Study of Pressure Vessel Manufacturing
Case 1: Large liquefied natural gas (LNG) storage tanks
Project background::
A coastal LNG receiving terminal requires the construction of three 160,000 cubic metre full-capacity LNG storage tanks for receiving and storing imported liquefied natural gas.

Manufacturing Essentials::

Adopting 9% nickel steel as inner tank material to ensure -162℃ ultra-low temperature performance.

The outer tank is a pre-stressed concrete structure that provides secondary containment

Application of automatic welding technology to complete welded seams up to several kilometres long

Rigorous construction of low-temperature insulation layer with perlite filling

Technical difficulties::

Control of material properties at ultra-low temperatures

Guaranteed dimensional accuracy of large structures

Co-construction of multi-storey structures

Case II: Petroleum Hydrogenation Reactor
Project background::
A new hydrocracking unit at a refinery required the fabrication of a hydroreactor with a diameter of 4.2 metres, a length of 28 metres and a weight of 1,200 tonnes.

Manufacturing process::

2.25Cr-1Mo-0.25V hydrogen-resistant steel forged cylinder section

Thick-walled multi-layer wrapping technology with wall thicknesses up to 300mm

Stainless steel anti-corrosion layer on the inner surface

Integral heat treatment to eliminate welding residual stresses

quality control::

100% Radiographic Testing (RT) and Ultrasonic Testing (UT)

Rigorous hardness test and hydrogen cracking test

Full-size hydraulic test to verify strength

Case 3: Food-grade stainless steel fermenter
Areas of application::
A key piece of equipment in the expansion project of a well-known beer company.

Manufacturing characteristics::

Made of 316L ultra-low carbon stainless steel to ensure food contact safety

Internal surface electrolytically polished to Ra≤0.4μm

CIP Cleaning System Integrated Design

Automatic temperature control system accurate to ±0.5°C

special requirement::

Dead-end design for thorough cleaning

Smooth transitions on all welds to avoid microbiological growth

Meets FDA and EHEDG health standards

Key Technologies for Pressure Vessel Manufacturing
Material Selection and Handling

Material Performance Requirements::

Sufficient strength and toughness

Good welding properties

Corrosion resistance adapted to the working environment

Consider low or high temperature characteristics if necessary

Common Materials::

Q345R: General pressure vessel steel

SA516 Gr.70: American Standard Low and Medium Pressure Container Steel

S30408: Austenitic stainless steel

SA387 Gr11 Cl2: chromium-molybdenum steel for high temperatures

Welding process control

Welding method selection::

Submerged Arc Welding (SAW): Longitudinal Ring Seam for Thick Plates

Manual arc welding (SMAW): on-site installation

TIG welding (GTAW): Stainless steel sheets

Quality control points::

Welder qualification management

Welding Process Qualification (WPQ)

Preheating and interlayer temperature control before welding

Post Weld Heat Treatment (PWHT)

Non-destructive testing technology

Radiographic Testing (RT): Detection of volumetric defects

Ultrasonic Testing (UT): Detection of area-based defects

Magnetic particle testing (MT): Surface crack detection

Penetration testing (PT): Surface inspection of non-ferromagnetic materials

Pressure test and acceptance
Hydraulic test: Water is normally used and the test pressure is 1.25-1.5 times the design pressure.

pneumatic test: more dangerous and requires special protection

Air tightness test: Leak check, pressure equal to design pressure

Pressure vessel industry development trend

Massive and Modular: Increasing capacity of individual units, modular design reduces

Less on-site workload

Intelligent Manufacturing: Application of digital twin, IoT technologies for full life cycle management

New material applications: Increased use of high-performance composites and special alloys

green: Low-emission design, energy efficiency optimisation become important indicators

Internationalisation of standards: Wider application of international standards such as ASME, PED, etc.

Points for safe use of pressure vessels

periodic inspection: Periodic inspections in accordance with the requirements of regulations such as TSG 21-2016

operational specification: Strictly prohibit over-temperature, over-pressure, overload operation

Corrosion monitoring: Establishment of a corrosion rate monitoring system

emergency preparedness: Establishment of emergency plans and regular drills

Personnel training: Operators must be licensed

concluding remarks
Pressure vessels, as special equipment, have a wide variety of types and complex manufacturing processes. From large energy storage tanks to precision food equipment, different application scenarios put forward differentiated requirements for pressure vessels. With the advancement of material science and manufacturing technology, pressure vessels are developing in the direction of safer, more efficient and smarter. Understanding the characteristics of various types of pressure vessels and manufacturing cases helps users to reasonably select and standardise their use, and also provides technical references for manufacturing enterprises. In the future, with the promotion of “double carbon” goal, pressure vessels will play a more important role in energy transformation and industrial upgrading.

White steel reactor

16 May, 2025
What is the range of coke pushers manufactured by FORTRESS (What is the range of coke pushers – a comprehensive analysis of coke pusher types and applications)

Coking machine equipmentWhat’s included in the range – a comprehensive analysis of the types and applications of coke pushers
Coke pusher is a key equipment in cokemaking production in coking plants, mainly used to push mature coke out of the carbonisation chamber. This article will introduce in detail the main types of coke pusher equipment series, structural characteristics and their applications in coking production.

I. Main Classification of Coke Pusher Equipment
Conventional mechanical coke pushers

Adoption of mechanical transmission

Simple structure and easy maintenance

Suitable for small and medium-sized coking plants

Hydraulic coke pusher

Driven by hydraulic system

High and smooth focusing force

Higher degree of automation

Fully Automatic Intelligent Coke Pusher

Equipped with PLC control system

Unmanned operation is possible

Fault self-diagnosis function

II. Core components of coke pusher equipment

travelator

Responsible for the movement of the machine along the coke oven

Including travelling wheels, drive motors, etc.

Push Focus Unit

Core working parts

Includes focus pusher, drive mechanism, etc.

Flat Coal Installation

For levelling coal

Ensure even coal loading

4.III. Selection points of coke pusher equipment

Selection according to coke oven size

The height of the charring chamber determines the coke pushing stroke

Coke oven length affects equipment specifications

2. Consideration of production capacity

Large coking plants need to choose efficient equipment

Economical coke pusher for small plants

3. Demand for automation

Modern factories tend to have intelligent equipment

Semi-automatic models are available for traditional factories

Fourth, the technical development trend of coke pusher equipment
Intelligent control

Internet of Things technology applications

Remote monitoring and operation

2. Energy saving and environmental protection design

Low energy systems

Reducing environmental pollution

3. Modular structure

Easy to maintain and upgrade

Reduced downtime

The choice of coke pusher equipment series directly affects the efficiency and quality of coking production. Understanding the characteristics of different types of coke pushers, combined with the actual needs of enterprises, in order to make the optimal equipment selection decision. With the progress of technology, the future coke pusher will be more intelligent, more efficient, more environmentally friendly direction.

push rod

As well as the overall equipment manufacturing debugging installation and other work

16 May, 2025
About Us: Introduction of Dalian Fuhong Machinery Equipment Co.

Company Profile

Dalian Fuhong Machinery Equipment Co.

The company is located in Yangzi Industrial Park, Ganjingzi District, Dalian.

Business Philosophy Establish the foundation with integrity, establish reputation with service, and establish a foothold with innovation!

To “thrifty entrepreneurship, honesty, humility, unity and harmony” as the business elements, follow the “quality of survival,” the

Seek development by reputation” as the business philosophy, “integrity, service, communication, progress, pioneering, innovation” as the corporate purpose;

We are in the process of continuous development, with a new spirit to meet new opportunities and challenges, in accordance with the customer’s requirements of the product and after-sales service to return customers.

In recent years, Dalian Fuhong Machinery Equipment has been closely exchanging and co-operating with relevant units across the country.

Innovating and replacing products with a range of environmentally friendly products.

We offer qualified products and excellent service.

We seek sincere co-operation with all customers, and accept customised requirements from customers’ drawings and samples.

Ferrous metal welding: hand arc welding, gas welding (brazing), oxyfuel welding, submerged arc welding, tig welding, tin welding.

Non-ferrous metal welding: welding of cast aluminium, alloy aluminium, stainless steel, copper and other metals

Laser cutting, large gantry CNC cutting carbon steel plate, stainless steel plate, copper plate, aluminium plate and other various shaped parts.

Shearing, bending and processing of all kinds of sheet metal structures and ship outfitting parts.

Three-roller plate rolling machine to make all kinds of tanks and cylinder structures.

Design, processing, production and installation of various light steel structures, spraying and dust removal equipment, screw conveyor machinery, hydraulic presses and so on.

Design, manufacture and installation of mining equipment, metallurgical equipment and coking equipment.

To make every customer smile with satisfaction after acceptance is what weDalian Fuhong Machinery Equipment Co.lifetime goal

9 May, 2025
Dalian Furhong machinery equipment white steel products workpiece showBetter Rivet Welding Processing Plant in China

Dalian Furhong machinery equipment white steel products workpiece part of the case show

Dalian Fuhong Machinery Equipment Co.The stainless steel kitchenware produced are made of stainless steel sheets that meet international standards and customer requirements,

Selecting well-known high-quality accessories at home and abroad, the products are made of solid materials, stable performance, energy saving and environmental protection, safe and reliable. With reasonable design, exquisite craftsmanship, advanced management.

Has a perfect after-sales service network, strict assessment of the qualifications of the installation and maintenance staff, to provide 24-hour user maintenance services.

Always adhere to the “quality-based, reputation-based” purpose, as always, to provide customers with first-class products and services.

Products include, but are not limited to: white steel runners, dust covers, water storage tanks, etc.

Dalian Machinery Equipment Co.The company has a strict quality control system.

Material and thickness inspection of plates according to customer’s drawings from the beginning of the steel purchase.

The technician cad disassembles the drawing and transfers the data into the CNC cutting machine to lay out the material.

After cutting, parts are ground to clean up cutting residues and bevelled.

Accurately assembled according to drawings by proven skilled riveters with many years of experience

Welded by experienced welders with operating certificates and then tested for flaws.

After inspection, electric welding to fill the welding channel and small defects on the board surface, grinding the whole

According to the requirements of our customers, shot blasting or shot blasting rust removal treatment

Finally, do the primer and top coat

To make every customer smile with satisfaction after acceptance is what weDalian Fuhong Machinery Equipment Co.lifetime goal

Dalian Fuhong Machinery Equipment Co.We have strong technical force, complete quality control system and many experienced riveters and welders with more than 15 years of working experience.

With a complete set of equipment and a site of more than 8,000 square feet, it is suitable for undertaking all kinds ofRivet weldingManufacturing and processing of products and machinery and equipment.

Adhering to: safety first, quality first, schedule first and other three first as a benchmark.

We are willing to work hand in hand with all new and old customers towards tomorrow’s glory!

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The article is copyrighted and should not be reproduced without permission.

7 May, 2025