Explore our premium machinery range designed to reduce energy footprint, suppress structural vibration, and streamline bulk material conveying.
Formally registered and established in 2018 (with engineering heritage roots tracing back to 2000), Henan Jinte Technology Co., Ltd. has evolved into a leading international enterprise specializing in the design, engineering, and manufacturing of complete heavy-duty screening, conveying, and vibration equipment. Our systems serve key players across heavy industries including mining, aggregate, metallurgy, coal wash plants, and environmental reclamation.
With standard-setting solutions exported to Iran, India, Central Africa, and broader Asia, our products prioritize low-emission performance, high structural reliability, and smart energy optimization. Our existing technical capabilities align with international engineering benchmarks, making us a trusted tier-1 manufacturing partner in the global screening machinery sector.
Our company manufactures over 700 configurations of vibratory screen systems, high-efficiency material handlers, and crushing equipment. Through precise mechanical grading, we help mining operations and material producers reduce raw material waste, decrease energy consumption, and manage environmental pollution.
Our comprehensive catalog features environmentally friendly sintered vibrating screens, belt conveyor systems, unit composite screens, heavy-duty circular screens, double-axis & three-axis self-synchronizing elliptical screens, vibrating hopper feeders, and energy-efficient vibration motors.
"By refining sorting and mechanical separating processes, our equipment significantly improves primary yield ratios, enabling heavy industrial operations to satisfy strict local environmental audits."
Tailored engineering solutions that match the distinct operating environments of modern global industrial processing facilities.
We supply high-temperature resistant sintering vibrating screens designed to handle abrasive hot ores. Engineered to maximize sintering yields while keeping fines recycling to a minimum.
Our integrated aggregate plants utilize closed-circuit washing, wet classification, and multi-deck screening. This setup suppresses airborne dust and processes high-quality aggregate sizes.
By using curved dewatering vibrating screens and multi-deck composite screens, we recover valuable solid fractions from waste streams. This allows dry-stacking of tailings and keeps slurry ponds secure.
Located in the Xinxiang Economic Development Zone, Henan, China, our 26,000-square-meter facility includes a 25,000-square-meter state-of-the-art heavy fabrication building.
To support high precision, we run over 80 sets of advanced processing equipment, including CNC vertical machining centers, automatic CNC flame cutting units, CNC bending and shearing systems, automatic submerged-arc welding machines, and dedicated shot blasting facilities.
Our R&D team uses advanced CAXA 3D design software and finite element analysis (FEA) software. This technology lets us simulate stress distribution on vibrating side plates, analyze structural resonances, and run fatigue tests before steel fabrication starts.
Our company employs more than 100 staff, with over 45 specialized engineers forming our core technical development team.
We build project-specific engineering groups to handle complex client challenges. Whether updating aggregate screens or troubleshooting vibrating drives on-site, our field crews respond with high precision and expertise. We continually train our staff to keep them up to date with shifting global environmental regulations.
Developing next-generation screening solutions to meet the carbon-neutral and high-efficiency requirements of modern industries.
Our upcoming screening product line will include integrated IoT vibration sensors. These sensors track frequency, amplitude, and bearing temperature in real-time, allowing operators to schedule predictive maintenance and prevent unexpected downtime.
We are integrating self-adjusting mechanical drives into our slag removal systems. These drives dynamically modify screening profiles based on input load, ensuring optimal separation efficiency and lower power consumption.
We continue to refine our dust-proof machinery interfaces. By using heavy-duty sealing rings and automated vacuum extraction outlets, our units capture up to 99% of fine airborne particulate matter at feed points.
Procuring heavy industrial machinery globally requires reliable logistics and support. Henan Jinte delivers equipment using specialized transport packing, anti-corrosive coatings, and secured ocean containers.
We achieve 100% transport safety (excluding force majeure) by packing machines in reinforced steel structures. This prevents dynamic misalignment of screen shafts and motor casings during transit.
Our local support packages include multi-language operation manuals, remote installation support, and standardized wear parts. This ensures rapid integration into processing plants in South Asia, the Middle East, Africa, and beyond.
Get answers to common technical, manufacturing, and operational questions from our engineering team.
We use CAXA 3D to create accurate geometric models of our screens. We then run Finite Element Analysis (FEA) to locate high-stress concentration areas, weld lines, and potential resonance points under dynamic loads. Adjusting plate thickness and placing reinforcement brackets before production helps prevent metal fatigue. This extends the service life of our screen boxes, even under continuous 24/7 industrial loads.
For applications handling fine dry materials, we offer enclosed options like our PZH Type Disc Feeder with Dust-proof covers. These systems use sealed enclosures, heavy-duty flexible connections, and optional dust extraction ports. They keep airborne particulate emissions well below standard workplace exposure limits, helping plants meet strict environmental and air quality standards.
Yes. Our screens support a variety of decks, including polyurethane, stainless steel profile wire, and perforated drum plates, allowing us to handle sticky, moist, or dry materials. For example, our curved dewatering screens use dynamic gravity separation and high-frequency vibration to process high-moisture slurry streams without screen blinding.
We secure all dynamic components, motor exciters, and high-tension springs using transport locking brackets. This keeps the screen's internal structure from moving and prevents bearing damage during transit. The equipment is treated with protective coatings to resist rust during sea transit, helping us achieve our 100% transport safety record.
We equip our machines with heavy-duty vibration motors, including China YZO series motors and high-efficiency linear self-vibration units. For clients with specific regional electrical requirements, we can configure motors to match local voltages, frequencies (50Hz or 60Hz), and explosion-proof ratings.
Lead times vary depending on the plant configuration and customized options. Standard individual screening units are typically dispatched within 30 to 45 days. Large, custom-engineered processing plants requiring full CAXA structural design reviews generally ship within 60 to 90 days from design approval.
Engineered for high sorting precision, structural reliability, and long-term durability in challenging material handling environments.
