| MOQ: | 1 |
| Price: | USD8000-USD1200/SET |
| Standard Packaging: | With regular Film and Carton |
| Delivery Period: | 15 DAYS After Deposit |
| Payment Method: | T/T |
| Supply Capacity: | 30SET/MONTH |
Hey Guys,Let us continue break this project into 4 sub project here,here is 2nd sub project current
Project Complete Air Conditioner Component Immersion Pretreatment & Powder Coating Production Line
Document Reference: CTI-EXP-2026-ACPC
Date: August 28,2026
Notice to Global Clients: This proposal details the complete technical specifications, process workflow, system architecture, safety guidelines, and standard scope of supply for an automated/semi-automated industrial powder coating plant designed for air conditioner metallic enclosures and components.
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Project 2
When we designed this specific batch-type powder coating line for air conditioner enclosures, our primary headache wasn’t just hitting the 200°C curing mark—it was figuring out how to stop water drag-out between the 4-stage silane tanks and the moisture-drying oven. If you've ever dealt with flash-rust on heavy steel frames (up to 300kg with dual hangers),
you know standard catalog specs don't cut it. We ended up combining an overhead monorail loop with ground transport carts so workers aren't breaking their backs moving 3.8-meter panels.
Below is the exact engineering breakdown of the setup we build and ship out in standard 40HQ containers—no fluff, just raw technical parameters and real fabrication specs
Designed for complete surface oil removal, etching, and silane passivation to ensure excellent paint adhesion and long-term anti-corrosion performance.
|
Parameters |
Specifications
|
|
Processing Capacity / Speed |
Designed process rate: 10 min / hanger (batch rate) |
|
Overall Dimension (System) |
L8.5 m × W4.6 m × H3.5 m |
|
Single Tank Dimensions |
L4.5 m × W2.0 m × H3.5 m (4 individual tank units) |
|
Internal Plate Material |
3.0 mm SUS304 / SUS201 Stainless Steel plate seamless welding |
|
External Structural Frame |
100 mm × 100 mm × 3.0 mm Square Steel Tubing heavy-duty structure |
|
Tank Configurations |
Tank 1: Degreasing | Tank 2: Rinse 1 | Tank 3: Silane Passivation | Tank 4: Rinse 2 |
Rapidly removes moisture remaining on workpieces post-rinsing to prepare the metal surface for powder adhesion without flash rust.
|
Parameters |
Specifications
|
|
Oven Internal/External Dimensions |
L4.5 m × W3.09 m × H3.8 m (Outer Envelope) |
|
Structural Construction |
Modular sandwich panel bridge-type insulation structure. Inner plate: 0.7 mm Galvanized Steel; Outer plate: 0.6 mm Color-coated Steel (White) |
|
Thermal Insulation |
120 mm high-density Rock Wool (Density: 100-110 kg/m³), with silicate aluminum wool filling at seams. Surface temp. ≤ Ambient + 10°C |
|
Heating Source & Capacity |
Electric Heating Element (Finned SS heating tubes, 2kW × 42 pcs = 84 kW total power) |
|
Air Recirculation System |
Top suction and bottom supply forced hot air circulation via 5.5 kW high-temperature centrifugal fan (16Mn impeller, C-type drive) |
|
Drying Thermal Parameters |
Operating Temp: 120°C ~ 160°C | Heat-up time: 25°C to target temp ≤ 40 min | Energy Consumption: ~84 kWh |
High-temperature baking furnace engineered to melt, flow, and cross-link thermosetting powder coatings into a uniform protective shell.
|
Parameters |
Specifications
|
|
Oven Envelope Dimensions |
L4.5 m × W3.09 m × H4.1 m |
|
Structural Panel Spec |
Knock-down modular panels; 0.7 mm Galvanized Inner / 0.6 mm Color-Coated Outer / 120 mm Rock Wool Board (100 kg/m³) |
|
Door & Edge Trimming |
Double open doors (2 wings) with P-type high-temperature silicone rubber sealing strip; 1.2 mm cold-rolled steel sky-blue outer corner wrapping |
|
Heating Source & Capacity |
Electric Heating Elements (Finned heating tubes, 2kW × 54 pcs = 108 kW total power) mounted along lower sides |
|
Recirculation Fan Unit |
5.5 kW high-temp centrifugal fan (P=5.5kW, 4-72-5A model, 16Mn thermal-resistant impeller) |
|
Curing Thermal Parameters |
Operating Temp: 180°C ~ 200°C | Curing time: 15-20 min | Heat-up time: 室温 25°C to 200°C ≤ 40 min | Energy Consumption: ~108 kWh |
Today That is all,let us continue it tomorrow Aug 29th
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| MOQ: | 1 |
| Price: | USD8000-USD1200/SET |
| Standard Packaging: | With regular Film and Carton |
| Delivery Period: | 15 DAYS After Deposit |
| Payment Method: | T/T |
| Supply Capacity: | 30SET/MONTH |
Hey Guys,Let us continue break this project into 4 sub project here,here is 2nd sub project current
Project Complete Air Conditioner Component Immersion Pretreatment & Powder Coating Production Line
Document Reference: CTI-EXP-2026-ACPC
Date: August 28,2026
Notice to Global Clients: This proposal details the complete technical specifications, process workflow, system architecture, safety guidelines, and standard scope of supply for an automated/semi-automated industrial powder coating plant designed for air conditioner metallic enclosures and components.
![]()
Project 2
When we designed this specific batch-type powder coating line for air conditioner enclosures, our primary headache wasn’t just hitting the 200°C curing mark—it was figuring out how to stop water drag-out between the 4-stage silane tanks and the moisture-drying oven. If you've ever dealt with flash-rust on heavy steel frames (up to 300kg with dual hangers),
you know standard catalog specs don't cut it. We ended up combining an overhead monorail loop with ground transport carts so workers aren't breaking their backs moving 3.8-meter panels.
Below is the exact engineering breakdown of the setup we build and ship out in standard 40HQ containers—no fluff, just raw technical parameters and real fabrication specs
Designed for complete surface oil removal, etching, and silane passivation to ensure excellent paint adhesion and long-term anti-corrosion performance.
|
Parameters |
Specifications
|
|
Processing Capacity / Speed |
Designed process rate: 10 min / hanger (batch rate) |
|
Overall Dimension (System) |
L8.5 m × W4.6 m × H3.5 m |
|
Single Tank Dimensions |
L4.5 m × W2.0 m × H3.5 m (4 individual tank units) |
|
Internal Plate Material |
3.0 mm SUS304 / SUS201 Stainless Steel plate seamless welding |
|
External Structural Frame |
100 mm × 100 mm × 3.0 mm Square Steel Tubing heavy-duty structure |
|
Tank Configurations |
Tank 1: Degreasing | Tank 2: Rinse 1 | Tank 3: Silane Passivation | Tank 4: Rinse 2 |
Rapidly removes moisture remaining on workpieces post-rinsing to prepare the metal surface for powder adhesion without flash rust.
|
Parameters |
Specifications
|
|
Oven Internal/External Dimensions |
L4.5 m × W3.09 m × H3.8 m (Outer Envelope) |
|
Structural Construction |
Modular sandwich panel bridge-type insulation structure. Inner plate: 0.7 mm Galvanized Steel; Outer plate: 0.6 mm Color-coated Steel (White) |
|
Thermal Insulation |
120 mm high-density Rock Wool (Density: 100-110 kg/m³), with silicate aluminum wool filling at seams. Surface temp. ≤ Ambient + 10°C |
|
Heating Source & Capacity |
Electric Heating Element (Finned SS heating tubes, 2kW × 42 pcs = 84 kW total power) |
|
Air Recirculation System |
Top suction and bottom supply forced hot air circulation via 5.5 kW high-temperature centrifugal fan (16Mn impeller, C-type drive) |
|
Drying Thermal Parameters |
Operating Temp: 120°C ~ 160°C | Heat-up time: 25°C to target temp ≤ 40 min | Energy Consumption: ~84 kWh |
High-temperature baking furnace engineered to melt, flow, and cross-link thermosetting powder coatings into a uniform protective shell.
|
Parameters |
Specifications
|
|
Oven Envelope Dimensions |
L4.5 m × W3.09 m × H4.1 m |
|
Structural Panel Spec |
Knock-down modular panels; 0.7 mm Galvanized Inner / 0.6 mm Color-Coated Outer / 120 mm Rock Wool Board (100 kg/m³) |
|
Door & Edge Trimming |
Double open doors (2 wings) with P-type high-temperature silicone rubber sealing strip; 1.2 mm cold-rolled steel sky-blue outer corner wrapping |
|
Heating Source & Capacity |
Electric Heating Elements (Finned heating tubes, 2kW × 54 pcs = 108 kW total power) mounted along lower sides |
|
Recirculation Fan Unit |
5.5 kW high-temp centrifugal fan (P=5.5kW, 4-72-5A model, 16Mn thermal-resistant impeller) |
|
Curing Thermal Parameters |
Operating Temp: 180°C ~ 200°C | Curing time: 15-20 min | Heat-up time: 室温 25°C to 200°C ≤ 40 min | Energy Consumption: ~108 kWh |
Today That is all,let us continue it tomorrow Aug 29th
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