Established formally in 2018, Henan Jinte Technology Co., Ltd. has evolved into a powerhouse international enterprise specializing in the design, engineering, and manufacturing of state-of-the-art screening equipment, conveyor systems, and bulk material handling machinery. Anchored in the heart of China’s heavy machinery manufacturing corridor, we supply comprehensive screening and vibratory solutions to the sand, gravel, metallurgical, mining, and chemical processing sectors globally.
Our technology-driven designs emphasize maximum carbon footprint reduction and environmental sustainability. By leveraging advanced material chemistry—specifically in our high-end composite screen media—we minimize structural wear while significantly increasing dry and wet classification efficiencies. Today, our reach spans continents, servicing major operations across Central Asia, India, Iran, Central Africa, and beyond.
Jinte manufactures over 700 distinct varieties of vibration and material screening machinery. Our portfolio includes heavy-duty environmental sintered vibrating screens, multi-deck JFHS composite screens, linear self-vibration units, double and triple-axis self-synchronizing elliptical screens, probable rod screens, coal slurry drum screens, reciprocating coal feeders, electromagnetic vibro-feeders, bucket elevators, and high-resilience elastomer damping springs.
Through precise screening, we actively support industrial operations to enhance their metallurgical yield, maximize recovery rates from tailings, and mitigate material loss. Standardized component design ensures our machines integrate seamlessly with existing processing installations, offering lower dynamic loads, reduced noise levels, and higher operating reliability.
Our company employs over 100 dedicated technical professionals, including 45+ research and product development engineers. No matter where your operation is situated globally, Jinte is capable of deploying rapid-response technical teams to resolve installation, commissioning, and screening optimization issues.
Continuous education pipelines ensure that our technical staff remains current with the latest trends in computational fluid dynamics, discrete element method (DEM) modeling, and the performance characteristics of multi-layered composite screen media.
Operating from the Xinxiang Economic Development Zone in Henan, China, Jinte Technology harnesses the absolute concentration of the regional heavy industrial manufacturing cluster. This provides immediate access to premium alloyed steels, highly controlled forging operations, and localized chemical research partnerships specializing in advanced elastomeric compounds.
Equipped with over 80 sets of high-precision processing units, including vertical CNC machining centers, automated CNC flame cutting stations, CNC bending and shearing equipment, and heavy-duty structural shot blasting systems. Our facility handles single-run crane lifts exceeding 20 metric tons.
Utilizing CXAX 3D modeling systems alongside sophisticated finite element software, our engineering department performs deep structural stress analysis on vibrating screen frames. This helps eliminate harmonic resonance issues before raw material cutting begins.
By manufacturing all core parts in-house—including polyurethane panels, alloy frames, damping springs, and vibrator motors—we maintain absolute control over the production timeline. This mitigates supply chain dependencies and keeps costs highly competitive.
Every screen is customized to maximize open-area ratios, resulting in higher throughput using smaller footprints. By lowering structural mass through advanced materials while maintaining stiffness, we reduce the motor power requirement. This significantly reduces long-term operational expenditures (OPEX) for high-capacity industrial plants.
International buyers face complex logistical, technical, and regulatory hurdles. Jinte satisfies these strict requirements through comprehensive standardizations, structural certifications, and strict quality control measures.
Our manufacturing processes conform to globally recognized QA protocols. We offer detailed mill-test certifications, non-destructive weld testing reports (NDT), and structural balancing logs for each screening machine built.
Recognizing that equipment transport is critical, Jinte guarantees 100% shipping safety margins (excluding force majeure events). Our teams handle heavy-duty packaging, corrosion prevention coatings for maritime shipment, and custom wood block cradles to ensure machinery arrives intact.
Whether your processing plant requires custom feed boxes, specific discharge chutes, or unique deck dimensions to fit an existing framework, Jinte utilizes its engineering design office to match the precise interface layout required.
In the bulk material handling sector, screen panels are the most critical consumable. Traditional wire mesh panels degrade rapidly under abrasive loads, leading to frequent downtime and high maintenance costs. To address this, the industry is transitioning to high-molecular weight composite screens.
1. Extended Service Life: Advanced composites, combining premium polyurethanes with high-strength internal steel reinforcements, outlast wire mesh up to 10 times in high-impact operations.
2. Anti-Blinding Characteristics: The natural flexibility of elastomeric panels, combined with tapered aperture geometries, prevents stone and moisture pinning, keeping the screen surface clear.
3. Sound Attenuation: Polyurethane and rubber absorb impact energy, reducing operational noise levels by 5 to 10 decibels to help plants meet modern environmental regulations.
Modern processing plants are adopting real-time diagnostic systems. By integrating vibration transmitters directly onto screen side plates, operators track amplitude shifts, structural temperature, and deck weight distribution. This allows for scheduled, predictive maintenance rather than reactive downtime.
Every material screening environment requires specialized setups. Jinte’s machinery is designed to perform under varied geological and climate conditions globally:
Using our heavy-duty drum screens and ZSK linear vibrating screens, coal preparation plants remove fine clay particles from wet slurries, recovering process water and improving coal quality.
High-temperature sinter screening requires specialized equipment. Our thermal-resistant damping springs and heavy exciter units withstand extreme heat loads during continuous iron ore processing.
In dry regions, our multi-deck JFHS composite screens classify up to 8 fractions simultaneously, providing clean, dust-free aggregate for infrastructure projects.
Jinte composite screens utilize premium polyurethane elastomers bonded to high-tensile steel reinforcements. This combines the wear resistance and elastic properties of polymers with the structural load-carrying capacity of steel.
We design our screens with tapered apertures, which widen toward the discharge side. This geometry, combined with the continuous flex of our elastomeric polyurethane panels, allows borderline particles to pass through rather than wedge in the openings.
Yes. Our in-house engineering team customizes design layouts, side-plate designs, and discharge interfaces to ensure new equipment fits directly into your existing infrastructure.
Jinte operates under strict quality guidelines. We conduct full finite element analysis (FEA) during design, followed by non-destructive weld testing, dynamic balance testing, and comprehensive test runs before any machine leaves our facility.
We provide comprehensive remote engineering assistance, rapid-response spare parts dispatch, and on-site technical support for installation, commissioning, and optimization worldwide.
