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PLC Industrial Quenching Batch Annealing Furnace For Automotive Parts

Name: PLC Industrial Quenching Batch Annealing Furnace For Automotive Parts
Brand: Foshan Foxing Electric Furnace Co., Ltd.
SKU: FXL-65-11
Availability: InStock

Product Details

Place of Origin: China

Brand Name: FOXING FURNACE

Certification: CE Certificate

Model Number: FXL-65-11

Document: Foxing Furnace Catalogue.pdf

Payment & Shipping Terms

Minimum Order Quantity: 1

Price: Negotiable

Packaging Details: Standard Export Package

Delivery Time: 60 DAYS

Payment Terms: L/C,D/A,D/P,T/T,Western Union,MoneyGram

Supply Ability: 100SETS/MONTH

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Product Details

Product Description

Product Details

Highlight: 
                                                                                                                                                                                                                                                                                                                PLC batch annealing furnace, Industrial batch annealing furnace, Automotive batch type furnace
                              

Heating Elements:	Resistance Wire	Safety Features:	Overheat Protection, Water Flow Switch
Cooling Method:	Water Quenching	Furnace Weight:	2500 Kg
Control System:	PLC	Type:	Industrial Furnace
Temperature Range:	Up To 1100°C	Power:	65kw

Heating Elements:	Resistance Wire
Safety Features:	Overheat Protection, Water Flow Switch
Cooling Method:	Water Quenching
Furnace Weight:	2500 Kg
Control System:	PLC
Type:	Industrial Furnace
Temperature Range:	Up To 1100°C
Power:	65kw

Product Description

Industries Batch Quenmching Furnace For Automotive Parts

1. How a Quenching Furnace Works

A quenching furnace follows a three-step heat treatment process:

Step 1: Heating (Austenitization)

The metal (usually steel) is heated to a critical temperature (e.g., 750–950°C for steels) in a controlled atmosphere.
This transforms the microstructure into austenite, making the metal soft and ready for quenching.
Heating methods: Electric resistance, gas-fired, induction, or salt baths.

Step 2: Soaking (Holding at Temperature)

The metal is held at the target temperature to ensure uniform heat distribution.
Soaking time depends on material thickness and composition.

Step 3: Quenching (Rapid Cooling)

The heated part is rapidly submerged in a quenching medium (oil, water, polymer, or gas).
The cooling rate determines final hardness and microstructure (e.g., martensite for high hardness).

Model:

Model	Rate power	Rate temperature	Rate voltage	phase	Muffle size	Effective working height
FXL-35-11	35	1100℃	380	3	φ450x1130mm	600
FXL-60-11	60	1100℃	380	3	φ650x1150mm	600
FXL-75-11	75	1100℃	380	3	φ650x1415mm	900
FXL-90-11	90	1100℃	380	3	φ800x1415mm	900
FXL-105-11	105	1100℃	380	3	φ800x1760mm	1200
FXL-115-11	115	1100℃	380	3	φ900x1760mm	1200