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The Double Layer Natural Gas Drying Machine (Model: OSM-LRHG-1320T) is a state-of-the-art drying solution tailored for high-efficiency industrial coating applications. This intelligent drying line with hot air circulation and stainless steel heating tubes offers outstanding drying uniformity and speed. Designed with precision engineering, this machine delivers consistent performance in demanding environments.
Parameter | Specification |
---|---|
Product Name | Double Layer Natural Gas Drying Machine |
Model | OSM-LRHG-1320T |
Dimensions | 13500mm (L) × 1620mm (W) × 3670mm (H) |
Conveyor Width | 1320mm |
Conveyor Material | 45# carbon steel + stainless steel chain + Teflon belt |
Line Speed | 0.3–2 m/min (adjustable via frequency converter) |
Heating Method | Hot air circulation + stainless steel finned heating tubes |
Drying Area | 11,000mm |
Loading / Unloading | 1000mm loading & 1500mm unloading with adjustable baffles |
Air Inlet / Exhaust | Adjustable with filter requirement |
Capacity (Single Layer) | 1800 pcs/hour |
Housing Material | Painted cold-rolled steel (outer) + stainless steel (inner) |
Insulation Layer | 100mm aluminum silicate board |
Electric Control | Independent electric box, Inovance inverters, Omron thermostats |
Temperature Range | Room temperature – 150°C (±5°C uniformity) |
Total Power | 144KW, 380V, 50Hz |
Warranty | 1 year |
This drying equipment is ideal for:
We offer tailored solutions based on your production needs:
Q: What is the drying time for coated products?
A: Typically 20 minutes at 100°C, depending on the coating formula.
Q: Can the machine be integrated into an existing production line?
A: Yes, we provide integration support through EtherCAT-compatible modules.
Q: What safety features are included?
A: Over-temperature protection, motor overload protection, emergency stop, and fuse protection.
Q: Do you provide installation services overseas?
A: Yes, we offer online installation support and can dispatch engineers on request.
Q: Is the machine energy efficient?
A: Yes, it uses high-efficiency blowers and frequency inverters to reduce energy consumption.