Ferrite Silicon Iron Core Transformer for Sale

Name: Ferrite Silicon Iron Core Transformer for Sale
Brand: Jiangyin Suokang Electricity Co., Ltd.
SKU: 60428534521_1
Price: 850.00 USD
Availability: InStock
Rating: 4.8 (100 reviews)

Product overview

Core functionalities

Applicable scenarios

Unique advantages

Efficient Magnetic Conduction: Designed to optimize magnetic flux in electrical transformers, reducing energy loss through precision-engineered EI/UI lamination patterns.
Stable Energy Transfer: Non-oriented silicon steel core ensures uniform magnetic properties, ideal for power distribution and voltage regulation in electrical systems.

Key features

1. Advanced Material Technology

With non-oriented silicon steel, you can achieve higher energy efficiency and reduced magnetic loss compared to traditional steel cores*. The cold-rolled technique ensures a smooth surface for optimal performance in transformer applications.

2. Precision Lamination Design

With EI/UI lamination patterns, you can ensure precise alignment and simplified assembly during installation*, offering flexibility for diverse transformer configurations.

3. Enhanced Performance Parameters

Cold-rolled silicon steel reduces core losses by up to 15% compared to hot-rolled alternatives*, enabling efficient power transmission and lower operational costs.

4. Durable Corrosion Resistance

The coated finish provides long-lasting protection against environmental corrosion*, making it ideal for industrial or outdoor scenarios where durability is critical.

5. Compliance with National Standards

Certified to GB standards, you can ensure reliability and safety in commercial and industrial use*, meeting rigorous quality and safety regulations.

Product details

The Ferrite Silicon Iron Core Transformer is a high-performance core component designed for transformer applications. Crafted from non-oriented silicon steel with a coated finish, it offers superior magnetic properties and corrosion resistance. Its EI/UI lamination patterns ensure efficient energy transfer, while compliance with GB standards guarantees reliability in industrial settings.

Technical specifications

Feature	Specification	Benefit
Material	Non-oriented silicon steel (GB standard)	High magnetic permeability for optimal efficiency
Finish	Coated	Corrosion resistance in harsh environments
Lamination Pattern	EI/UI	Reduced eddy current losses, energy-efficient operation
Technique	Cold-rolled	Uniform thickness for precise electrical performance
Thickness Tolerance	±0.02mm (Advanced/Pro models)	Enhanced compatibility with precision machinery

Customization guide

Adjustable parameters include:

Thickness: Tailored to specific voltage requirements (e.g., 0.35mm for low-voltage transformers).
Hole Spacing/Size: Customized for mounting compatibility with diverse electrical systems.
Coating Type: Options like epoxy or polyester for specialized environmental resistance.

Get inspired

Ideal for industrial transformers, power supplies, and electrical equipment where durability and energy efficiency are critical. The coated finish and precise lamination patterns make it a reliable choice for applications ranging from HVAC systems to renewable energy inverters.

Choose your model

Parameter	Base Model	Advanced Model	Pro Model
Magnetic Permeability	10,000 Gs/Oe	+15% (11,500 Gs/Oe)	+30% (13,000 Gs/Oe)*
Thickness Tolerance	±0.05mm	±0.03mm	±0.02mm
Insulation Resistance	100 MΩ	200 MΩ	500 MΩ
Operating Temp Range	-20°C to 120°C	-30°C to 150°C	-40°C to 180°C

Supplier's note

Technical Breakthroughs:
- GB Standard Compliance: Ensures alignment with national quality benchmarks for industrial use.
- Cold-Rolled Technique: Achieves uniform thickness, reducing energy loss by up to 20% compared to hot-rolled alternatives.
- Non-Oriented Silicon Steel: Optimizes magnetic properties for multi-directional current flow, ideal for variable load scenarios.
Version Selection Guide:
- Base Model: Suitable for standard residential or commercial transformers requiring basic performance (e.g., small power supplies).
- Advanced Model: Recommended for industrial machinery or high-temperature environments (e.g., welding equipment).
- Pro Model: Best for high-voltage applications (e.g., renewable energy grids) where extreme durability and efficiency are critical. With its 500 MΩ insulation resistance, the Pro Model safeguards against electrical faults even in corrosive or humid conditions.

Frequently asked questions

Which Ferrite Silicon Iron Core Transformer model suits power supply applications?
How to maintain the coated finish of non-oriented silicon steel transformers?
What's the difference between non-oriented and oriented silicon steel in transformers?
Can Ferrite Silicon Iron Core Transformers be customized for non-GB standards?
Are Ferrite Silicon Iron Core Transformers GB-compliant?
Which lamination pattern (EI vs UI) is better for high-frequency transformers?
Why choose cold-rolled silicon steel for transformer cores?
How do the mounting holes on Ferrite Silicon Iron Core Transformers aid installation?

Product comparison

Category	Usage Scenarios	Characteristics	Advantages	Disadvantages
Industry Standard EI Laminated Core	General power distribution	Lamination Thickness: 0.5mm (ISO 3801), Uncoated Surface, Non-Oriented Silicon Steel (Grade 30A)	Widely available, lower cost.	Higher energy loss (18W@50Hz), prone to corrosion in humid environments.
Our Base EI Laminated Core	Commercial power supplies	Lamination Thickness: 0.35mm (▲) (15% thinner), Epoxy Coated (ASTM D3359 ▲), Grade 35A (▲)	12% lower core loss (▲) vs industry, corrosion resistance (ASTM ▲).	10% cost increase over industry standard.
Our Advanced EI Laminated Core	High-efficiency industrial transformers	Lamination Thickness: 0.25mm (▲▲), Nano-Composite Coating (ASTM ▲▲), Grade 38A (▲▲)	25% lower losses (▲▲), 50% longer lifespan (▲▲), ultra-thin design.	Premium pricing (30% higher than industry standard).
Industry Standard UI Laminated Core	Basic high-frequency transformers	Lamination Thickness: 0.4mm, Uncoated, Non-Oriented Silicon Steel (Grade 30A)	Cost-effective for low-power inverters.	25% higher eddy current losses, no corrosion protection.
Our Base UI Laminated Core	Residential inverter systems	Lamination Thickness: 0.3mm (▲), Coated (ASTM D3359 ▲), Grade 35A (▲)	18% lower losses (▲) at 10kHz, corrosion resistance (ASTM ▲).	Moderate cost increase (20% vs industry standard).
Our Advanced UI Laminated Core	High-performance inverters	Lamination Thickness: 0.2mm (▲▲), Nano-Coating (ASTM ▲▲), Grade 38A (▲▲)	30% lower losses (▲▲) at 20kHz, thermal stability up to 150°C (▲▲).	40% premium cost, requires specialized installation.