China Electrical Core Silicon Lamination Steel Coil/Sheet, Relay Steel and Transformer Steel

Share on (1600428784169):


Price:$690.00 - $800.00

Quantity:


Product Overview

Description







C27QH120 Silicon Steel Sheet

means domain refined high induction GO electrical steel with a nominal thickness of 0.27mm, the guaranteed value of core loss P17/50 not more than 1.2W/kg.




COLD ROLLED STEEL COIL

Cold rolled steel have good processability, with good flatness and excellent surface, are available with different thickness and width combinations. The steel grades for cold forming can be preferred when bending and deep drawing processes where toughness and ductile properties are required. These steels are mainly used in automotive components and body panels, metal furniture, appliances, radiators, some profiles and ventilation equipments.






The difference between oriented silicon steel and non-oriented silicon steel

Non-oriented silicon steel: ferrosilicon alloy with very low carbon content. In the deformed and annealed steel sheet, its grains are distributed randomly. The silicon content of the alloy is 1.5% to 3.0%, or the sum of the silicon and aluminum content is 1.8% to 4.0%. The products are usually cold-rolled plates or strips, which are mainly used to manufacture motors and generators.

Oriented silicon steel: It has strong directionality, the lowest iron loss value in the rolling direction, the highest magnetic permeability, and a higher magnetic induction value under a certain magnetization field. The silicon content of oriented silicon steel is about 3%. It also requires a low content of oxide inclusions in the steel and must contain certain inhibitors (MnS, A1N).




Standard Magnetic and Technical Properties
Product Name
CRGO Silicon Steel Sheet
Product model(Grade)
C27QH120
Type
Domain refined high induction type
Thickness
0.27
Density
7.65
core loss(w/kg)
1.06-1.16(P17/50)
induction(T)
1.92
Min. induction(T)
1.86
Standard Dimensions of Products
Inside diameter(mm)
508
Steel Type
CRGO
Shape
Steel Coil
Surface Treatment
T2 Coated
Technique
Cold Rolled
Place of Origin
China
Length
Coil or As required
color
Gray
Hardness
Mid Hard
tolerance
±1%
Standard
GB/T2521.2-2016
Size
960-1020mm
Weight
2-5MT
Package
Standard Seaworth Packing




















Type
Domain refined high induction type
Extra large generator
Large transformer
Small and medium transformer
Distribution transformer
Special transformer
Traction transformer
Miniature power transformer
Instrument transformer
UHVDC transformer
Reactor and magnetiv amplifier




1.Excellent Electromahnetic Property

The GO electrical ste
el has the characteristics of low iron loss, high magnetic induction and stable performance. To ensure lower cost of downstream products, energy-saving effect better.

2.Outstanding Processability

Excellent mechanical properties are convenient for the users to slit, cut and laminate.

3.Excellent Dimensional Accuracy

The products has smooth surface, uniform thickness, small intra-plate deviation and high lamination factor.

4.Excellent Performance of Insulating Coating

The product has the advantages of surface insulation, uniform coating, good adhesion, good heat resistance and good corrosion resistance, and good insulation between layers.








1.Q: Can you do OEM for me?
A: We accept all OEM orders,just contact us and give me your design,we will offer you a reasonable price ASAP.

2. Q: Can you do design for me?
A: We have experienced engineers,we can design for you,Just give me your ideas.

3. Q: When can I get the quotation
A: We usually quote you within 24 hours after we get your inquiry.If you are very urgent to get the quotation,please call us or tell us in mail,so that we could regard your inquiry priority.

4. Q: How about the delivery date?
A: For normal items delivery time is 25-35 days

5. Q: Which payment way is workable?
A: T/T,L/C at sight etc.





Tel:
86-28-82688918
Email:
sales@xytowers.com
WhatsApp/WeChat
+8615184348988

Add:
WenjiangDistrict,Chengdu,China
Web:
https://scxiangyue.en.alibaba.com/





0.1993 s.