Horizontal vacuum heat treatment furnace FHH series
ULVAC Sales Co., Ltd.
About This Product
■Summary
It can be widely used for vacuum heat treatment such as hardening, tempering, sintering, brazing, annealing, etc. of various metal parts. By adopting the fork transport method, we have realized multi-chamber furnaces with two or three chamber structures.
■Applications
・Hardening and tempering treatment: various mechanical parts, molds
・Sintering treatment: Carbide tools, magnets
・Brazing treatment: heat exchangers, mechanical parts
■Features
- Maximum temperature is 1,350℃, and can be used at regular temperatures of 800 to 1,150℃.
- Thermal uniformity is guaranteed to be within 1,150℃ ± 5℃.
・The heating chamber is always kept in a vacuum, allowing high-quality heat treatment to be performed with good reproducibility.
・Using the carrier gas method, it is possible to process while suppressing metal evaporation.
・When cooling, the heating chamber is not cooled, so power consumption can be saved.
・Since the heating chamber structure is always in a vacuum state, it is not oxidized and has a long life with almost no wear and tear.
・The heating chamber has a water-cooled jacket structure to block internal heat and keep the working environment clean.
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Product
Horizontal vacuum heat treatment furnace FHH series
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Handling Company
ULVAC Sales Co., Ltd.
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Categories
1 Models of Horizontal vacuum heat treatment furnace FHH series
| Product Image | Part Number | Price (excluding tax) | Carrier gas amount (L/min) | Common temperature | Compressed air amount (Nm3/min) | Cooling gas amount (m3/times) | Cooling oil amount (m3) | Cooling oil heater (kW) | Exhaust time | Floor area (m2) 2 rooms | Floor area (m2) G type PHG | Floor area (m2) L type GHL | Floor area (m2) chamber type | Gas cooling | Leak amount (Pa･m3/S) | Maximum processing capacity (kg) | Maximum temperature | Normal pressure | Power requirement (kVA) GHL* | Required amount of cooling water (kVA) G/L.H* | Required amount of cooling water (kVA) GH* | Required amount of cooling water (kVA) GHL* | Required amount of cooling water (kVA) PHG* | Required power (kVA) GH* | Required power (kVA) PHG* | Required power amount (kVA) G/L.H* | Soaking dimension (mm) Length | Soaking dimension (mm) Width | Soaking dimensions (mm) Height | Transport time to oil cooling | Ultimate pressure | Uniform temperature |
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FHH series 45 |
Available upon quote | 1.5 | 800~1,150℃ | Somewhat | 2.7 | 1.8 | 15 | Within 10 minutes | 3.4×5.7 | 3.5×0.5 | 3.5×1.0 | 3.4×8.1 |
93kPa (700Torr): Within 30 minutes 190kPa (1.9kg/cm2G): within 20 minutes |
3×10-4 | 200 | 1,350℃ | 133~13Pa (1~10-1Torr) |
85 * Furnace type: P=preparation room, H=heating room, G=gas cooling room, L=oil cooling room |
3 * Furnace type: P=preparation room, H=heating room, G=gas cooling room, L=oil cooling room |
3 * Furnace type: P=preparation room, H=heating room, G=gas cooling room, L=oil cooling room |
4 * Furnace type: P=preparation room, H=heating room, G=gas cooling room, L=oil cooling room |
4 * Furnace type: P=preparation room, H=heating room, G=gas cooling room, L=oil cooling room |
65 * Furnace type: P=preparation room, H=heating room, G=gas cooling room, L=oil cooling room |
70 * Furnace type: P=preparation room, H=heating room, G=gas cooling room, L=oil cooling room |
73 * Furnace type: P=preparation room, H=heating room, G=gas cooling room, L=oil cooling room |
675 | 450 | 300 | 12 seconds |
10 -1Pa (10 -1Torr) units (High vacuum 10 -3Pa (10 -5 Torr) unit is optional) |
Within 1,150℃±5℃ (Compatible with AMS and other standards) |
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About Company Handling This Product
- Japan