With 25 years of accumulated automotive interior and exterior coating expertise and advanced smart eco-factory infrastructure,
Kyungwon Industrial Co., Ltd. achieves greenhouse gas reduction and zero-defect global vehicle quality.
Providing customized smart manufacturing infrastructure through our newly expanded Headquarters (Suwol) in Pyeongtaek and mass continuous production lines at Plant 2 (Naecheon).
Headquarters Plant 1 (New HQ & Expansion)
Advanced eco-friendly smart eco-factory established through headquarters construction and plant expansion. Serving as the central control tower equipped with XY robotic & Rotary automatic coating lines and FIFO chamber curing ovens.
Branch Plant 2 (High-Speed Mass Production)
Specialized mass manufacturing plant equipped with a spindle rotary automatic line producing 900,000 pcs/month, 6-axis plasma surface treatment robots, and a 280M continuous chain curing oven.
By integrating high-efficiency eco-friendly equipment with an ICT smart monitoring system for energy and emissions, we have drastically reduced carbon emissions while maximizing coating quality and productivity.
From aerial drone views of our eco-factory to 6-axis robotic coating lines and AI vision inspection systems,
explore the live operational facilities of Kyungwon Industrial's Pyeongtaek Plants 1 & 2.
Pyeongtaek HQ Plant 1 & Plant 2 Solar Complex
Cleanroom Robot Spray & Transfer Efficiency Maximization
SG2 HUD Cover Dimensions & Coating Digital Metrology
Door Handle Assembly Line & Final Cleanroom 100% Inspection
We proactively respond to global automaker ESG supply chain guidelines and government K-RE100 policies.
Eco-friendly management has been successfully integrated across all production lines.
Converted high-emission legacy kerosene boilers to clean LPG, equipped with high-efficiency inverter blower motors and precision 25°C / 60% humidity control to drastically reduce defect rates and energy consumption.
The sealed compact structure fundamentally blocks external heat dissipation and enables precision temperature control. Preventing foreign matter ingress improves yield while reducing IR heaters from 216 to 84 for breakthrough power savings.
To minimize paint loss accounting for over 30% of coating manufacturing costs, high-efficiency Airmix guns with 45% transfer efficiency were introduced, effectively cutting VOCs and waste from overspray.
Integrated ovens (integrating watt-hour meters), AHUs (power/gas meters), and Airmix guns (paint flow meters) with the central control center to quantify energy and emissions in real time with automated peak power management.
We deliver optimal surface treatment processes and zero-defect assembly quality for automotive interior and exterior components, including door inside handles, cluster fascias, HUD covers, and speaker grilles.
High-touch interior component with high-gloss, matte, or chrome textured finishes engineered for superior wear resistance.
Structural component securely fastening the door handle and panel, offering high dimensional stability and superior film finish.
Key aesthetic component framing the driver instrument cluster, delivering anti-reflective coatings and luxurious tactile finish.
Finishing bezels for steering wheels and console panels with precision parting lines and strict Delta E color consistency.
Protective cover for HUD optical projection units featuring heat-resistant, anti-glare, and UV-blocking matte coating.
Uniform paint penetration across fine acoustic micro-perforations without clumping, delivering an elegant sound grille finish.
Automated robotic coating and precision assembly for small-scale parts, ensuring premium tactile feel and surface coating reliability.
Driver and passenger side trays and trim components with scratch-resistant coatings, compatible with waterborne and solventborne paints.
Operating plasma surface-treatment robots, 4 continuous coating lines, 6-point tunnel oven temperature digitalization, and digital coating thickness logging.
Fully automated manual pretreatment using advanced 6-axis articulated robots. Electrostatic discharge and surface activation via plasma reduce foreign-particle defects by 8% while ensuring ultra-strong paint adhesion.
Real-time booth temperature/humidity logging, 6-point oven thermal monitoring, digital thickness measurement sync, precision paint mixing, and assembly vision inspection to eliminate operator error.
Verifying flawless quality prior to shipment with 22 advanced instruments including CR-10 spectrophotometer, micro-gloss gloss meter, point coating thickness gauge, cross-cut adhesion tester, and pencil hardness tester.
By digitally recording minute color differences (Delta E), gloss, coating thickness, and adhesion with precision digital gauges, we guarantee consistent and reliable coating quality.
| Coating Line | Equipment Specs & Curing Method | Coating Method | Monthly Capacity | Location |
|---|---|---|---|---|
| Coating Line 1 (Manual) | 2 Booths / Trolley-Type Curing Oven 100M | 1-Coat Continuous | 70,000 PCS / Month | Plant 2 (Naecheon) 1st Floor |
| Coating Line 2 (Spindle Automated) | Gun Rotary Spray 2 Booths / Chain Oven 280M | High-Speed Mass Production | 900,000 PCS / Month | Plant 2 (Naecheon) 2nd Floor |
| Coating Line 3 (XY Traversing Automated) | XY Traversing Spray 3 Booths / Chamber Oven 14M | 1-Coat Continuous | 176,000 PCS / Month | Plant 1 (HQ Suweol) 1st Floor |
| Coating Line 4 (XY & Rotary Automated) | XY Traversing & Rotary 2 Sets / Chamber Oven 12M | Precision Complex Rotary | 300,000 PCS / Month | Plant 1 (HQ Suweol) 2nd Floor |
Officially recognized technology innovation enterprise with Hyundai-Kia SQ certification, ISO 9001, Inno-Biz, Main-Biz, Materials/Parts/Equipment certification, and Root Enterprise confirmation.
