Explore our core product lineup of high-precision vibrating screens, linear feeders, impact crushers, and conveying technologies optimized for peak material throughput.
An authoritative analysis on particle size classification, structural durability, and screening efficiency dynamics.
In modern mineral processing and aggregate production, the vibrating screen is not merely accessory equipment; it is the defining gateway of system yield and product compliance. Whether operating in a primary closed-loop crushing circuit or final product sizing stage, the efficiency of your screening machinery dictates the entire crushing plant's capacity limit.
Standard crushing systems generate high structural vibrations, exposing screens to massive dynamic loads. Utilizing finite element analysis and structural modeling, we optimize our vibrating screens to handle severe duty cycles. By choosing the right kinematics—circular motion for aggressive top deck sizing or linear kinematics for precise dewatering and separation—operators can drastically reduce recirculating load rates and energy consumption per ton processed.
Material dampness and high clay ratios cause frequent screen deck blinding. Selecting specialized screening media (polyurethane, rubber springs, and customized mesh geometries) minimizes carryover. Jinte's custom multi-deck designs optimize the stratification process, improving overall screening efficiency up to 95% under high-load conditions.
Pioneering vibration machinery design, manufacturing, and global technology export since 2018.
Henan Jinte Technology Co., Ltd. was officially registered and established in 2018. Over the years, we have developed into a mid-to-large-scale international enterprise specializing in the design, engineering, and manufacturing of complete screening systems, vibration feeders, and conveying products for sand and gravel production lines. Additionally, our operations span high-precision heavy machinery fabrication and comprehensive import/export technology partnerships.
Our core mission revolves around industrial environmental protection and energy-efficiency. Every machine is manufactured to meet rigorous international standards, maintaining a leading position in the global vibration machinery industry.
Our products are exported to countries such as Iran, India, Central Africa, and broader Asian regions, serving massive mining groups and municipal infrastructure projects.
A dedicated technical team ensuring strict quality control and zero-risk international delivery.
Our company employs over 100 dedicated professionals, including a core team of more than 45 technical and new product development R&D specialists. Regardless of where your plant or quarry is located, our engineers stand ready to configure customized solutions matching your geological formations and material profiles.
Continuous professional education ensures our design teams are always updated with global market trends, including digital diagnostic sensors, variable-frequency exciters, and environmental dust suppression systems.
Serving metallurgy, mining, coal processing, power plants, chemical lines, and tailing remediation worldwide.
As one of the backbone equipment suppliers in China, our screening machinery drives sintering, raw material sizing, aggregate production, and environmental waste management. Improving raw material utilization efficiency, minimizing waste carryover, and lowering decibel profiles.
Complete systems including primary jaw crushers, secondary impact crushers, and multi-deck sizing screens.
Sintered vibrating screens designed with dust containment enclosures and low-emission output gates.
Double-axis and three-axis self-synchronizing elliptical screen systems for high-feed velocity settings.
From disc feeders, reciprocating coal feeders to bucket elevators and heavy-duty steel belt conveyors.
Located at the west section of Xinglong Road, Xinxiang Economic Development Zone, Henan Province.
Our manufacturing facility spans over 26,000 square meters, incorporating 25,000 square meters of high-capacity workshop area. To ensure structural integrity, Jinte operates over 80 sets of processing equipment:
By designing the screen bodies with high tensile steel and utilizing huck-bolted connections rather than welding in critical stress areas, we eliminate structural cracking risks completely.
Why global procurers are shifting to strategic, long-term partnerships with Chinese OEMs like Henan Jinte.
Xinxiang, Henan is China's premier hub for vibration machinery. This cluster guarantees access to high-grade damping springs, wear-resistant steel plates, and high-torque vibration exciters at lower logistical costs.
Every machine undergoes high-frequency diagnostic testing on the factory floor before dispatch. Dynamic balancing and amplitude mapping guarantee that field operations meet theoretical output profiles.
From custom wire meshes for limestone grading to heavy polyurethane punch plates for abrasive granite, our design team tailors the screening deck configuration to your exact geological deposits.
Connecting heavy-duty screening tech with infrastructure projects across multiple continents.
The modern screening industry is experiencing rapid modernization. Global aggregate standards are tightening, requiring tighter control of fine particle fractions and dust particles. As sustainability mandates spread across Asia and Africa, crushing plants must integrate dust-proof linear screens and water-saving dewatering vibrators.
Our worldwide shipping and logistical systems guarantee zero-risk deliveries. We secure transport frames and apply heavy anti-rust primers to safeguard motors, bearings, and exciters during ocean transit.
Answering complex engineering questions from quarry managers, procurement heads, and structural technicians.
Linear vibrating screens use two counter-rotating exciters or motors to direct materials forward along a straight path. This motion is ideal for dewatering (such as the ZSK linear screen) and sizing fine particles. Circular vibrating screens utilize a single eccentric shaft that moves the screen frame in a circular pathway, creating high-energy casting actions. This kinematic profile is optimal for sorting large, heavy feeds in primary and secondary crushing stages, preventing raw material from clogging the screen decks.
Damping springs (including rubber and composite variants) isolate the high dynamic forces of the vibrating screen from the supporting structural steel of the crushing plant. Failure to replace worn springs causes structural stress transmission, which leads to cracks in the main beams. Springs should be checked monthly for height uniformity and replaced when they show signs of cracking or when their height differs by more than 5mm under static load.
For sticky aggregates, we recommend utilizing polyurethane screen decks which feature high elasticity and self-cleaning attributes, or implementing rotary drum screens (like the SH-type rotary drum screen with silo) that physically tumble the material to prevent blind spots. Installing dynamic screen deck vibrators or choosing larger screen stroke profiles also prevents fine damp particles from bonding together.
We use CAXA 3D design systems along with finite element modeling to design the main structures of our machines. This prevents natural resonance frequencies from aligning with operating speeds. We also use premium Q345B steel plates and replace traditional welded seams with cold-riveted huck bolts in high stress regions. This removes the risk of weld heat deformation and joint failure.
Standard sizes are typically manufactured within 20 to 30 days. Complex custom solutions requiring specialized screen decks, tailored exciter parameters, or specific installation heights take between 40 and 55 days. Detailed 3D blueprints are sent to the client for validation before manufacturing begins.
Complete the material processing line with dust-proof disc feeders, vibration exciters, dampers, and heavy-duty elevators.
