Continuous Nitrogen Shielded Brazing Furnace Oven for Car Radiator Condenser Cores

Customization:

Brazing oven length, width and height（Min.Order: 1 pieces）

Continuous Nitrogen Shielded Brazing Furnace Oven for Car Radiator Condenser Cores

Name: Continuous Nitrogen Shielded Brazing Furnace Oven for Car Radiator Condenser Cores
Brand: Nantong Zhenhuan Trade Co., Ltd.
SKU: 1342354130_1
Price: 190000.00 USD
Availability: InStock
Rating: 4.8 (100 reviews)

Product overview

Core functionalities

Applicable scenarios

Unique advantages

Nitrogen Shielded Brazing: Designed for precise, oxidation-free brazing of aluminum car radiator condenser cores using a controlled nitrogen atmosphere.
Continuous Processing: Equipped with a conveyor belt system for high-volume, automated production in industrial settings.

Key features

1. Material Technology

With an aluminum material body, ensure lightweight construction and efficient heat distribution, reducing energy consumption by up to 20% compared to traditional steel models*.

2. Interactive Design

With a multi-program preset control panel, customize heating profiles for different materials and thicknesses, streamlining production workflows*.

3. Performance Parameters

With a high-speed conveyor belt system, achieve a processing capacity of up to 50 units per hour, 30% faster than batch-style furnaces*.

4. Scenario Solutions

With precise nitrogen-shielded brazing technology, ensure oxidation-free processing of car radiator condenser cores, enhancing product lifespan by 25% compared to open-air brazing methods*.

5. Certification Standards

Complies with ISO 9001 quality management standards, ensuring reliable performance and safety in industrial environments*.

Product details

The Continuous Nitrogen Shielded Brazing Furnace Oven is designed for precision manufacturing of car radiator condenser cores. Built with aluminum chambers and stainless steel frames, it ensures thermal efficiency and durability. With 380V voltage compatibility and a 1-year warranty, this industrial furnace offers reliable performance for automotive component production.

Technical specifications

Feature	Specification	Benefit
Material Construction	Aluminum chamber, stainless steel frame	Enhanced heat distribution and corrosion resistance
Voltage	380V AC, 50/60Hz	Global compatibility and stable power supply
Conveyor Belt System	2m–4m adjustable length, 0.5–3m/min speed	Customizable throughput for core sizes
Heating Elements	8-zone independent control, 200–900°C range	Precise temperature zoning for uniform brazing
Nitrogen Shielding	Automated atmosphere control (≤50ppm O₂)	Oxidation-free processing for high-quality joints
Exhaust System	10,000m³/h ventilation capacity	Efficient fume removal and safety compliance

Customization guide

Adjustable parameters:

Conveyor belt length (2–4m) to match core dimensions.
Heating zones (up to 8) for complex brazing patterns.
Nitrogen flow rate (customizable) to optimize shielding efficiency.

Get inspired

With its modular design and nitrogen shielding, this furnace enables flawless brazing of radiator cores. Whether you need small-batch prototyping or high-volume production, the oven’s adjustable zones and durable build ensure consistent quality.

Choose your model

Parameter	Base Model	Advanced Model	Pro Model
Temperature Range	200–700°C	200–800°C	200–900°C *
Conveyor Length	2m fixed	2–3m adjustable	2–4m adjustable
Heating Zones	4 zones	6 zones	8 zones
Nitrogen Flow Rate	500–1500 L/min	1000–2000 L/min	1500–3000 L/min

*Industry benchmark: 800°C max (Base Model +30% vs Pro).

Supplier's note

Three Breakthroughs:
- Nitrogen Shielding: Oxidation-free brazing ensures strong joints (≤50ppm O₂).
- Modular Design: Adjustable zones and conveyor length adapt to diverse core sizes.
- High-Temperature Alloy: Stainless steel frame withstands 900°C (Pro Model) for extreme applications.
Version Selection Guide:
- Base Model: Ideal for small workshops with standard radiator cores (≤2m length).
- Advanced Model: Suitable for medium-scale production requiring 6 zones and 3m conveyors.
- Pro Model: Best for high-volume manufacturers needing 900°C temps and 4m conveyors.
Example: The Pro’s 900°C capability enables brazing of high-alloy materials, while its 8 zones ensure uniform heating across large condenser cores. Pair with adjustable nitrogen flow for aerospace-grade quality.

Frequently asked questions

Which model of nitrogen shielded brazing furnace is best for car radiator condenser cores?
How do I maintain the heating elements in an industrial brazing furnace?
Aluminum vs Stainless Steel: Which material is better for brazing furnace chambers?
Can the conveyor belt length be customized for radiator production lines?
Is this brazing furnace CE/FDA certified for automotive component manufacturing?
Does the 380V brazing furnace require specialized power infrastructure?
What’s the expected lifespan of a nitrogen-shielded brazing furnace for high-volume radiator production?
Can the furnace handle both aluminum and copper radiator cores?

Product comparison

Category	Usage Scenarios	Characteristics	Advantages	Disadvantages
Material Quality	High-corrosion environments (e.g., chemical processing)	Industry: Carbon steel (ASTM A36) with coating (common in basic furnaces) Base: Aluminum alloy (EN AW-6061) (30% lighter than steel) ▲ Advanced: Stainless steel (ASTM A240) (resists 99% corrosives) ▲▲	Base reduces weight by 30%; Advanced ensures durability in harsh chemicals	Base may degrade at >500°C; Advanced requires higher upfront cost
Voltage Compatibility	Industrial facilities with 380V supply	Industry: 220V (IEC 60947-4) ▲ Base/Advanced: 380V (IEC 60947-4 compliant)	Direct compatibility with high-power setups; No voltage conversion needed	Requires 380V infrastructure (not universal in smaller facilities)
Warranty Period	Long-term industrial use	Industry: 6 months ▲ Base: 1 year ▲▲ Advanced: 2 years	Extended coverage for critical operations; Fewer downtime risks	Advanced version may have higher cost due to extended warranty
Temperature Control	Precision heating for brazing	Industry: Manual control (±10°C error) ▲ Base: PID controller (±2°C accuracy) ▲▲ Advanced: Smart PID with real-time monitoring (±0.5°C)	Base reduces defects by 50%; Advanced ensures uniform heating across cores	Advanced requires skilled operators for calibration
Noise Level	Urban factories with noise regulations	Industry: 60 dB (louder than conversation) ▲ Base: 50 dB (similar to quiet office) ▲▲ Advanced: 40 dB (library-level quietness)	Base meets OSHA standards; Advanced avoids noise complaints	Advanced may have slower conveyor speed (reduced throughput by 15%)
Modularity	Custom production lines	Industry: Fixed design (no reconfiguration) ▲ Base: Modular sections (ISO 9001 certified) ▲▲ Advanced: Fully reconfigurable modules	Base reduces downtime by 40%; Advanced adapts to any workflow	Advanced requires planning for setup changes; Higher assembly complexity