We are a professional industrial coating systems manufacturer |

We offer turnkey projects and full-life cycle services:
•Pre-sales: Demand research, on-site survey, solution design, 2D or 3D drawing, quotation
•In-sales: Customization, manufacturing, installation & commissioning, process optimization, staff training
•After-sales: Warranty, life-long maintenance, remote diagnosis, upgrade & renovation

Yes. We provide customized solutions tailored to workpiece material, size, output, process (electrophoresis/powder coating/spray painting), environmental requirements, and budget.

Yes. Our professional engineering team will conduct on-site installation, system commissioning, and trial production with materials until the production line operates stably and meets acceptance standards.

Yes. We offer on-site practical training covering equipment operation, daily maintenance, basic troubleshooting, and process parameter adjustment to ensure operators can work independently.

We provide life-long technical support including remote guidance, on-site service, spare parts supply, process upgrade, and system maintenance.

•Whole machine: 1 year (excluding consumables)
•Life-long maintenance and technical support

•Equipment failure and component damage under normal use
•Exclusions: Human error, unauthorized modification, consumables (nozzles, filters, belts, etc.), and force majeure

•Remote support: We provide prompt response within a short time via phone, email or video assistance.
•On-site service: If the issue cannot be resolved remotely, our engineers will arrange on-site support as quickly as possible depending on the destination country and visa arrangement.

•We keep standard consumables in stock for quick delivery
•Customized parts: Production cycle 7-20 days upon order

•Even after the warranty period ends, we remain your reliable partner. We offer:
•Lifetime Technical Support: Our engineers are always available to answer questions. •Paid Repair Services: We charge only for the cost of parts and reasonable travel expenses and service fee.

Yes. We provide old line upgrading, process optimization, environmental protection renovation, and automation upgrade to improve production capacity and quality. But all renovation projects require on-site inspection and evaluation first.

•Whole line: Sea freight (20GP/40HQ/40OT containers)
•Spare parts/accessories: Air freight or international express(DHL/UPS/FEDEX)

•For standard parts, we use wooden case/frame, iron box/frame and shock-proof packaging.
•For large non-standard structures (steel frames, rock wool panels, etc.), they are securely bundled, fixed and loaded to avoid shifting or damage during transportation.
•Provide packing list, photos even videos during shipment.

•Lead times vary depending on the complexity of the project:
•Standard Equipment: Typically 30–45 days. •Customized Production Lines: Typically 60–90 days, depending on the scale and customization level. We will provide a detailed production schedule and keep you updated on progress once the order is confirmed.

•We are responsible for  export customs clearance
•Import customs clearance is handled by the customer; we provide  complete clearance documents (commercial invoice, packing list, bill of lading, certificate of origin, etc.)

•Full inspection and photo documentation before shipment
•Cargo insurance is purchased
•Report damage within 72 hours of arrival, and we will provide free replacement/repair

Yes. We support customer-designated freight forwarders or recommend cooperative forwarders with transparent fees.

We serve customers in 30+ countries across hardware, auto parts, home appliances, building materials, engineering machinery, etc. We can provide case videos and photos.

•Quality is built into every step of our process:
•ISO Standards: Our manufacturing processes follow strict quality management protocols 
•Pre-assemble Testing: Every major component and the fully assembled line undergo rigorous testing in our factory before shipping to ensure stability and performance.
•On-Site Acceptance: After installation, we conduct final acceptance tests with your team based on the agreed technical parameters (output capacity, coating thickness, etc.).

Welcome to visit us. We offer one-stop reception including station pickup, translation, factory tour, technical discussion, project visiting, etc..

• Negotiable terms such as T/T, L/C
•Standard: 50% advance payment + 50% payment before shipment •Large orders: 40% advance payment + 50% payment before shipment+10% after commissioning.

KTL coating, commonly known as E-coat, electrodeposition, or electrophoretic painting, is an immersion coating process. Parts are submerged in a water-based paint emulsion, and an electrical current is applied. This causes a chemical reaction that deposits a uniform, thin, and durable epoxy resin coating directly onto the metal surface, providing excellent corrosion resistance.

The process involves immersing cleaned metal parts into a bath containing a water-based paint solution. When an electrical current is passed through the bath using the parts as an electrode, an electrochemical reaction occurs. This reaction makes the paint particles (resin, pigments, additives) insoluble in water, causing them to deposit evenly and adhere to the entire surface of the part, including complex geometries and recessed areas.

Excellent Coverage: Provides a uniform, consistent coating even on complex shapes and hard-to-reach areas. Corrosion Resistance: Creates a durable, protective layer that significantly enhances part longevity. High Efficiency & Control: Offers high material transfer efficiency, precise film-build control, and allows for dense racking of parts, increasing productivity. Environmental & Safety Benefits: Typically uses low- or no-VOC (Volatile Organic Compounds) and HAPs (Hazardous Air Pollutants) materials, reduces fire hazards, and minimizes worker exposure to hazardous materials. Cost-Effectiveness: Reduces paint waste and requires lower manpower compared to some traditional coating methods.

Any residue like oil, grease, or dirt will prevent the paint from properly adhering to the metal surface. Inadequate cleaning leads to poor coating quality, reduced corrosion protection, and potential defects. The cleaning method (e.g., phosphate for steel, alkaline for certain metals) is tailored to the substrate to ensure optimal surface preparation.

Curing in an oven cross-links and hardens the deposited paint film. This step is essential for developing the coating's full mechanical properties, including durability, abrasion resistance, chemical resistance, and the desired final appearance (e.g., gloss). The specific curing temperature depends on the chemistry of the e-coat material used.