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China Suppliers Factory for Steel Pipe Making Ferrite Core Magnetic Materials for Efficient Welding

Discover high-quality products manufactured in China, where our dedicated factory applies the latest technology and superior craftsmanship. As leading suppliers in the industry, we ensure that our offerings meet international standards while providing exceptional value. Our commitment to quality and innovation sets us apart as a preferred partner for businesses seeking reliable solutions. Trust our China-based factory to deliver outstanding products tailored to your needs, backed by our extensive experience and expertise. Choose us as your go-to suppliers for all your manufacturing requirements

Product Details

Product Feature

High Magnetic Permeability & Strong Flux Concentration

Superior manganese-zinc ferrite material has outstanding magnetic permeability which can concentrate magnetic flux density inside the induction coil and minimize magnetic reluctance. In this way, the energy is focused on the weld seam.

Low power loss & efficient energy conversion

The ferrite material reduces eddy current and hysteresis losses to some extent, making energy consumption more efficient and induction heating more stable.

Durable Construction for Industrial Environments

With high density and thermally stable construction, the ferrite rod has higher mechanical strength and durability in continuous high-speed welding conditions.

Hollow Ferrite Rod Specification (MM)

#	First	Last	Handle
10 × 100	10 × 140	10 × 200	10 × 70
11 × 100	11 × 140	11 × 200	11 × 70
12 × 100	12 × 140	12 × 200	12 × 70
13 × 100	13 × 140	13 × 200	14 × 70
13.5 × 100	13.5 × 140	14 × 200	8 × 120
14 × 100	14 × 140	15 × 200	10 × 120
15 × 100	15 × 140	16 × 200	12 × 120
16 × 100	16 × 140	17 × 200	10 × 160
17 × 100	17 × 140	18 × 200
18 × 100	18 × 140	20 × 200
20 × 100	20 × 140	22 × 200
22 × 100	22 × 140	24 × 200
25 × 100	24 × 140	25 × 200
30 × 100	25 × 140	28 × 200
	28 × 140	30 × 200
	30 × 140	32 × 200
	32 × 140	35 × 200
	35 × 140	36 × 200
	36 × 140	38 × 200
	38 × 140

Solid Ferrite Rod Specification (MM)

#	First	Last	Handle
5 × 100	7 × 140	8 × 200	10 × 70
6 × 100	8 × 140	9 × 200	11 × 70
7 × 100	9 × 140	10 × 200	12 × 70
7 × 100	10 × 140	11 × 200	14 × 70
8 × 100	11 × 140	12 × 200	8 × 120
9 × 100	12 × 140	13 × 200	10 × 120
10 × 100	13 × 140	14 × 200	12 × 120
11 × 100	13.5 × 140	15 × 200	10 × 160
12 × 100	14 × 140	16 × 200
13 × 100	15 × 140	17 × 200
13.5 × 100	16 × 140	18 × 200
14 × 100	17 × 140	20 × 200
15 × 100	18 × 140	22 × 200
16 × 100	20 × 140	24 × 200
17 × 100	22 × 140	25 × 200
18 × 100	22 × 140	28 × 200
20 × 100	24 × 140	30 × 200
22 × 100	25 × 140	32 × 200
25 × 100	28 × 140	36 × 200
30 × 100	30 × 140	38 × 200
	32 × 140
	35 × 140
	36 × 140
	38 × 140

Product Advantage

Focused Energy for Reliable Welding Heat

Energy can be focused on the weld zone, contributing to consistent heating and less seam defects.

Extended Service Life

Excellent performance and proper cooling design, which reduce thermal stress, lower the risk of cracking and early failure.

Improved Welding Efficiency & Lower Power Consumption

By minimizing magnetic losses and reinforcing flux coupling, the rod contributes to energy savings and higher overall welding system efficiency.

Easy Integration & Maintenance

Standardized dimensions and cooling options allow quick installation and replacement — minimizing downtime on the production line.

Frequently Asked Questions

What are the key benefits of using Mn-Zn ferrite rods in high-frequency welding?

Manganese-zinc (Mn-Zn) ferrite rods offer high magnetic permeability and low power loss. This allows them to concentrate the magnetic flux efficiently at the weld seam, reducing energy consumption and ensuring stable, high-speed induction heating.

Should I choose a hollow or solid ferrite rod for my application?

Hollow ferrite rods allow coolant to pass directly through the center, which is highly beneficial for intensive cooling in high-frequency tube mills. Solid ferrite rods are typically used when maximum magnetic flux concentration is required and external cooling is sufficient.

How do these ferrite rods improve overall energy efficiency?

By minimizing eddy currents and hysteresis losses, our ferrite rods ensure that a higher percentage of the input electrical energy is converted directly into heat at the weld zone, lowering overall power consumption.

What sizes and specifications are available for these rods?

We offer a wide range of sizes for both hollow and solid structures, with diameters ranging from 5mm to over 38mm, and standard lengths of 70mm, 100mm, 140mm, 160mm, and 200mm to match different tube mill configurations.

How can I prevent the ferrite rods from cracking during operation?

Cracking is usually caused by thermal stress. Ensuring a constant and adequate flow of clean cooling water (especially when using hollow rods) is essential to maintain thermal stability and extend the service life of the rods.

Inquire Now!

For inquiries about our products or pricelist, please leave your email to us and we will be in touch within 24 hours.