Double-layer horizontal cylindrical structure, inner wall made of 304
stainless steel with precision polishing, outer wall also 304 stainless steel,
water-cooled between walls to keep surface ≤55℃.
Technical Parameters
Furnace Type: Horizontal side-opening structure, with independent control cabinet on the right side.
Furnace Chamber: Double-layer horizontal cylindrical
structure, inner wall made of 304 stainless steel with precision polishing,
outer wall also 304 stainless steel, water-cooled between walls to keep surface
≤55℃. Equipped with vacuum ports, thermocouple holes, and electrode ports.
Furnace Door: Double-layer water-cooled flat door, inner
wall of 304 stainless steel with polishing, outer wall stainless steel,
pneumatic gear locking/opening mechanism for reliable operation.
Heating & Insulation System: Molybdenum alloy heating
strip mounted on alumina ceramics for annular radiation heating; full-metal
shielding (4 layers Mo, 2 layers 310S, 2 layers stainless steel, support
screens) ensures excellent insulation performance.
Technical Parameters:
Model | KS-VF-MHB1400 |
Product Name | Vacuum Molybdenum Strip Hydrogen Furnace |
Furnace Type | Horizontal Structure |
Door Type | Side Opening (Front Loading) |
Heating Method | Molybdenum Strip Heating |
Max Power | 40 KW ±10% |
Usable Dimension | 300 x 200 x 200 mm |
Temperature Zones | 1 |
Max Temperature | 1400℃ |
Rated Temperature | ≤1300℃ |
Ultimate Vacuum | 5×10⁻⁴ Pa (empty furnace, cold state, purified); ≤7×10⁻³ Pa within 25 min |
Leak Rate | ≤4 Pa/h |
Temperature Accuracy | ±1℃ |
Heating Rate | ≤30℃/min (recommended ≤10℃/min) |
Temperature Controller | Xiamen Dedian |
Thermocouple | Type S |
Protective Atmosphere | High-purity N₂ / Ar / H₂ |
Explosion-proof Pressure | 0.1 MPa (adjustable range) |
Water Quality Requirement | pH 7.0–8.5; suspended solids <100 mg/L; CaO <10 mg/L; dissolved solids <30 mg/L; conductivity <500 μS/cm |
Operating Requirement | Altitude <1000 m; ambient temperature 0–45℃; humidity 15%–45% |
Power Supply | AC 380V, Three-phase, 50/60 Hz |