Furniture Spray Painting Booth

ST-LPF400

  • Furniture Spray Painting Booth
  • Furniture Paint Spray Booth
  • Furniture Paint Drying Booths
  • Furniture Spray Painting Booth
  • Furniture Paint Spray Booth
  • Furniture Paint Drying Booths

Price: USD5000~10000

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Air volume:≥12000m³/h
Door frame:Internal frame of the door structure is fabricated from reinforced galvanized steel plates, bent and welded for high strength and structural stability.
Lighting System:Four groups of ceiling lights installed on both sides of the top
Average capture efficiency: 98%

A furniture baking booth is truly the beauty salon of furniture finishing. It provides an optimal coating environment during spraying, ensuring an even, smooth, and flawless paint surface.At the same time, it efficiently captures and treats paint mist and exhaust gases, creating a more eco-friendly workplace and protecting operators’ health.

Coating solutions for Industry

Equipment Features

Did you know the filtration system inside a furniture baking booth is highly advanced? It can maintain air cleanliness above 98%, ensuring a superior paint finish every time.

The heating system is equally impressive, using carbon-fiber infrared heating tubes or vertical/hanging electric hot-air circulation fans to deliver stable, efficient, and precisely controlled temperatures throughout the baking process.

Key Attributes

ST-LPF400 Intermediate Booth – Technical Parameters

Applicable Standards (Operative Norm)

Complies with the Transportation Industry Standard “Automotive Spray and Baking Booth” (JT/T 324-2022).
         If local environmental impact assessment (EIA) requirements are stricter than national standards, local EIA standards shall apply.

Outer diameter size(L×W×H)

L:7050×W:4000×H:3000

Inner diameter (L×W×H)

L:6900×W:3900×H:2600

Air volume

≥12000m³/h

Load wind speed

≥0.2m/s

Air changes

≥180 times/h

Lighting Lux

≥800Lux

Air purification efficiency

(EN779)98%

Noise

≤75dB(within the working area)

Total power

≈11kW

Gate system

The internal frame of the door structure is fabricated from reinforced galvanized steel plates, bent and welded for high strength and structural stability.

The exterior is laminated with color-coated steel panels, ensuring both durability and an attractive appearance.

The roll-up door curtain is made of flame-retardant PVC material with a thickness of 0.6 mm.

Sealing brush strips are installed in the grooves on both sides of the door frame.

The main gate is an electrically operated PVC flexible door.

Color: White–Transparent–White (customizable), allowing clear visibility inside the booth.

Work Gate (W×H)

Size: 650 × 1800 mm

Bent steel plate frame with sealed edges and internal reinforcement ribs

Tempered glass viewing window for safe operation

Building System

Wall panels are made of 50 mm thick double-sided coated rock wool panels, with 0.4 mm color-coated steel sheets on both sides, color: off-white/gray

Roof panels are formed from 0.6 mm galvanized steel sheets

Top System

Double-layer main beams assembled with bent galvanized steel plates and screws for high structural stability

Second-layer reinforcement ribs made of bent, welded, and powder-coated galvanized steel, ensuring strength and aesthetics

Ceiling support mesh made of welded profiles with powder coating; plug-in filter cotton design allows easy replacement and a neat appearance

Lighting System

Four groups of ceiling lights installed on both sides of the top

Each group equipped with eight 24W lamps

Total: 32 × 24W lamps

Air supply System

Equipped with one 4 kW Jiangsu Hengkang / Shuangju fan

Total air volume: 12,500 m³/h

Air purification System

Two-stage filtration system consisting of primary filtration (air inlet) and sub-high-efficiency filtration (ceiling filtration)

Primary filtration uses dedicated inlet filter cotton, effectively capturing dust particles larger than 15 μm; installed at the air inlet cabinet with an access door for easy replacement

Ceiling sub-high-efficiency filtration uses YW-600G high-grade filter cotton, achieving air purification efficiency above 98% and ensuring indoor dust particle diameter below 5 μm

Main technical parameters:

Initial resistance: 30 Pa

Final resistance: 450 Pa

Average capture efficiency: 98%

Dust holding capacity: 450 g/m²

Thickness: 20 mm

Effective for capturing particles larger than 5 μm

Exhaust environmental protection system

Equipped with one 5.5 kW Jiangsu Hengkang / Shuangju fan

Total air volume: 15,000 m³/h

Pressure: 810 Pa

Rotational speed: 900 r/min

Includes one layer of fiberglass filter cotton
         Fiberglass Filter Cotton Specifications:

Initial resistance: 15 Pa

Final resistance: 250 Pa

Dust holding capacity: 3500 g/m²

Temperature resistance: up to 150°C

Cabinet configuration

Cabinet frame constructed from 50 × 50 mm square steel tubes, welded for strength

Enclosed with galvanized steel panels

Entire cabinet surface treated with powder coating

Wind duct configuration

Standard configuration includes:

One straight air duct section (600 × 600 mm, 4 meters per section)

One 90° elbow

Electronic control system

Electrical control system integrated inside the control cabinet

Electrical components use Delixi brand products

Equipped with leakage protection, emergency stop, fan switch, lighting switch, and indicator lights

Includes:

Two compressed air outlets

Two 220V explosion-proof sockets

Main power switch, lighting switch, fan switch, leakage protection, and emergency stop functions

Power supply configuration

Recommended cable: No. 10 three-phase four-core cable

Voltage: 380 V

Frequency: 50 Hz

Other configurations

Floor-mounted installation

Feedback

Please provide detailed information so that we can provide you with a more accurate solution

  • What are the Maxminum and Minimum dimensions of your workpieces (L × W × H)?
  • What is the maximum weight of each workpiece? If available, please also provide product photos.
  • How many workpieces do you plan to coat per day (based on 8 or 16 working hours) or per month?
  • Which heating source do you prefer, such as electric power, diesel, fuel oil, or natural gas?
  • What are the dimensions of your workshop (L × W × H)? If possible, could you share a layout or drawing of the facility?
  • Prior to coating, do you require spray pre-treatment to prepare and clean the product surface?
  • What voltage and frequency standards are used in your country?

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