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Electric Muffle Furnace
Created with Pixso. 650mm Electric Muffle Furnace Type Atmosphere Sintering Furnace

650mm Electric Muffle Furnace Type Atmosphere Sintering Furnace

Brand Name: Chitherm
Model Number: Hwf100-10nh
MOQ: 1
Price: Negotiable
Delivery Time: Customized
Payment Terms: Customized
Detail Information
Place of Origin:
China
Certification:
ISO
Place Style:
Vertical
Range Of Applications:
Industrial
Type:
Electric Holding Furnace
Usage:
Ceramic Sintering
Fuel:
Electric
Atmosphere:
Nitrogen/Hydrogen
Effective Chamber Dimensions:
500*500*650mm(W*H*D)
Transport Package:
Wooden Packaging
Specification:
1500*1950*2200mm(W*H*D)
Trademark:
Chitherm
Origin:
China
HS Code:
8514101000
Supply Ability:
50 Sets/Year
Customization:
Available
Packaging Details:
Customized
Supply Ability:
Customized
Highlight:

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Product Description
HWF100-10NH Type Atmosphere Sintering Furnace

Made in China | ISO Certified | Electric Holding Furnace

Product Attributes
AttributeValue
Place StyleVertical
Range of ApplicationsIndustrial
UsageCeramic Sintering
FuelElectric
AtmosphereNitrogen/Hydrogen
Effective Chamber Dimensions500*500*650mm (W*H*D)
Transport PackageWooden Packaging
Specification1500*1950*2200mm (W*H*D)
TrademarkChitherm
OriginChina
HS Code8514101000
Supply Ability50 Sets/Year
CustomizationAvailable
Product Overview

Model: HWF100-10NH
Designed for medium-temperature heat treatment of electronic products, including electronic ceramics, dielectric materials, and conductors, under nitrogen/hydrogen protective atmospheres.

Key Technical Specifications
ItemSpecification
Operating TemperatureUp to 900°C
Maximum Temperature1000°C
Effective Furnace Chamber Size400 × 400 × 650 mm (W × H × D)
Heating ElementFEC Ceramic Fiber Heater (high efficiency, energy-saving, long lifespan)
Process AtmosphereNitrogen / Hydrogen (suitable for protective atmosphere heat treatment)
Exhaust SystemExhaust port located on the top of the furnace chamber for atmosphere control and safety venting
Cooling MethodNatural cooling inside the furnace (suitable for processes not requiring rapid cooling)
Temperature Control Points3 independent control points (front, middle, rear) for improved temperature uniformity
Temperature Control Segments9 programmable segments (supports complex heat treatment processes)
Temperature Stability±1°C (high precision control)
Temperature ControllerYokogawa (Japan) intelligent program temperature controller with PID auto-tuning function
Temperature UniformityBetter than ±5°C (tested under 900°C for 1 hour in an empty furnace)
Control MethodTouchscreen + PLC centralized control (user-friendly and highly automated)
Alarm ProtectionOver-temperature, thermocouple breakage, and other audio-visual alarms; includes over-temperature power cut-off protection; loud alarm sound for safety alerts
Surface Temperature Rise≤35°C (ensures safe operation and minimal external heat emission)
Maximum Heating Power30 kW
Holding Power≤15 kW (energy-efficient design)
Power Supply RequirementCapacity >40 kVA, 3-phase 5-wire, 220/380VAC, 50Hz
Overall Dimensions (Reference)1500 × 1950 × 2200 mm (W × H × D)
Product Features and Advantages
  • Energy Efficiency: Equipped with FEC ceramic fiber heaters for fast heating, excellent thermal insulation, and low energy consumption.
  • High-Precision Temperature Control: 3 independent control zones + 9 programmable segments enable precise temperature management with stability of ±1°C and uniformity better than ±5°C, meeting demanding process requirements.
  • Protective Atmosphere Compatibility: Supports nitrogen/hydrogen atmospheres, ideal for heat treatment of oxidation-sensitive materials, enhancing product performance and quality.
  • Intelligent Control System: Utilizes Yokogawa (Japan) intelligent temperature controller integrated with PLC and touchscreen interface, offering easy operation and PID auto-tuning for complex process profiles.
  • Safety and Reliability: Multiple protection features including over-temperature and thermocouple breakage alarms, audio-visual alerts, and automatic power cut-off for enhanced operational safety.
  • Robust Design: Compact furnace chamber suitable for small to medium batch production; low surface temperature rise ensures safe handling and reduced external heat emission.
Typical Applications
  • Sintering of electronic ceramics
  • Heat treatment of dielectric materials
  • Hydrogen/nitrogen-protected annealing of conductive materials
  • Atmosphere-controlled heat treatment processes (e.g., reduction, inert atmosphere protection, etc.)
650mm Electric Muffle Furnace Type Atmosphere Sintering Furnace 0 650mm Electric Muffle Furnace Type Atmosphere Sintering Furnace 1 650mm Electric Muffle Furnace Type Atmosphere Sintering Furnace 2 650mm Electric Muffle Furnace Type Atmosphere Sintering Furnace 3 650mm Electric Muffle Furnace Type Atmosphere Sintering Furnace 4 650mm Electric Muffle Furnace Type Atmosphere Sintering Furnace 5
Delivery List
ItemNoteQty.
Basic ComponentsFurnace1 SET
Inspection CertificateCertificate of major outsourced components1 SET
Technical DocumentsInstructions, technical documents of the major outsourced parts, etc1 SET
Key ComponentsMicro-oxygen analyzer1 SET
Temperature Controller 1 SET
ThermocoupleType K3 PCs
Spare PartsSSR1 PC
Customer Preparation
  • Power supply - capacity greater than 40KVA, 3-phase 5-wire, 220/380VAC, 50Hz.
  • Nitrogen - high-purity nitrogen with a purity of 99.999%, operating pressure of 0.2-0.4 MPa, and a supply flow rate of 2-6 m3/h.
  • Hydrogen - Pressure: 0.1 to 0.3 MPa, Supply Flow: 2 to 6 m3/h.
  • Cooling water - clean and non-corrosive, water temperature below 25°C, supply flow rate ≥ 0.5m3/h, customers need to use open water return system.
Installation and Usage Conditions
  • The device must be installed indoors, in an environment with a temperature range of 0°C to 40°C, and free from flammable gases, corrosive gases, and steam.
  • The equipment must occupy at least 8 square meters of space, with a working area that is at least 3 meters long and 3 meters wide, and a height of at least 3 meters; the foundation must be solid and flat, and the total weight of the furnace is approximately 1100 kg.
  • The power supply for this furnace must be a three-phase four-wire AC power line with a voltage of 380±10%V and a frequency of 50±2%Hz. This power line is dedicated, and large power conversion equipment such as electric welding machines, electromechanical furnaces, and metal cutting machine tools should not be connected to this distribution system.
  • The equipment must be properly grounded.
  • The inlet pressure of the equipment should be between 0.2 and 0.4 Mpa.
  • The water supply pressure for the equipment should be between 0.1 and 0.3 Mpa.