PROCESS

CENTERSKY PROVIDES WORLD- CLASS QUALITY SILICON STEEL SHEET THAT’S DESIGNED FOR VERY SPECIFIC APPLICATIONS, FROM TRANSFORMER AND BALLAST RESISTOR TO HIGH- END APPLIANCES AND MORE.

Manufacturing Process

Centersky offers the customized value-added services to enhance the efficiency and reduce the production process of customers.Centersky helps the customer develop products together and collaborate effictively.
Centersky is working on reducing the iron loss to improve the performance of products. Double Annealing has been widely used in Centersky after numerous tests of R&D team.

Environmental Initiatives

While the steel sector already produces a large portion of its product by recycling scrap metal, additional efficiency in the steel sector supported by its reuse, repair, recycling and downcycling can partially reduce greenhouse gas emissions and help slow the growth of emissions in the industry. To maximise the impact of these circularity measures, some key measures and policies are needed – and in addition to circularity measures, the primary production of steel still needs to be decarbonised.

Recycling and downcycling

referred to as scrap) and iron, the need for which depends on the availability and quality of the steel scrap. Electricity is usually used as a power source in the process and is often complemented with other sources of energy and carbon such as natural gas or coal.
In an Electric Arc Furnace (EAF), at very high temperatures between 1800°C – 3000°C the steel scrap is melted together with iron and some other materials to produce liquid steel. The liquid steel then goes into a metallurgy treatment process. The steel is then cast and formed into the desired shape before it is distributed.

The accumulation of impurities can be improved by better sorting, simpler product design and the development of new technologies for the purification of recycled steel.
According to some scenarios, the current scrap recovery and recycling patterns could lead to a 50% loss of usable steel stock by 2100; it is important to slow this loss of materials through better sorting and recycling practices.
centersky improves design for better sorting and recycling and to ensure longer-lasting products, in combination with improving waste-management practices. Compared with the United Nations Environmental Programme’s recycling statistics, our results show the importance of taking a life-cycle perspective to estimate losses of metals to develop effective circular economy strategies.

EI Core Lamination Features

EI-Core-Lamination-china — •Slight thickness difference between the horizontal and the longitudinal direction, promising the high lamination factor.

EI-Core-Lamination-3 — •Insulating Coating: Uniform color, good insulation, strong adhesive, high heat resistance, high putrescibility.

EI-Core-Lamination-4 — •Smooth surface, no rust, no rolling marks, no cold lap, no crease, no bubble cell, no delamination defects.

Scope

Control Transformer

Power Transformer

Ballast Resistor

UPS

Charger

FEEDBACK

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EI Core Lamination Table

Type	a	b	c	d	e	f	Holes	ø	Gap
EI-30	30	5	5	10	15
EI-35	35	5	7.5	10	19.5
EI-40	40	6.65	8	10.7	20.5	7	2(PH)
EI-41	41	6	8	13	21
EI-42	42	7	7	14	21		2	3.5	0.45
EI-48	48	8	8	16	24
EI-48	48	8	8	16	24				2.0
EI-48	48	8	8	16	24		2	3.5
EI-50	50	8	9	16	25.5
EI-57	57	9.5	9.5	19	28.5
EI-57	57	9.5	9.5	19	28.5		4(MH)	4
EI-60	60	10	10	20	30		4	5
EI-66	66	11	11	22	33
EI-66	66	11	11	22	33		4	4
EI-66	66	11	11	22	33		4	4	0.7/0.8/0.9
EI-67	67	9.45	13.05	22			4		0.7
EI-75	75	12.5	12.5	25	37.5		4	5
EI-76.2	76.2	12.7	12.7	25.4	38.1		4	5.5	fillet
EI-76.2	76.2	12.7	12.7	25.4	38.1		4	5	T=1.0 T=1.4
EI-78	78	13	13	26	39		4	5
EI-84	84	14	14	28	42		4	6
EI-85.8	85.8	14.3	14.3	28.6	42.9		4	5
EI-85.8	85.8	14.3	14.3	28.6	42.9		4	5	1.3/1.6/1.8/2.0/1.2/ 1.0/2.4/0.9/0.7
EI-95.25	95.25	15.875	15.875	31.75	47.625		4	5.5	fillet
EI-96	96	16	16	32	48		4	6
EI-96	96	16	16	32	48		4	6	1.0/1.4/2.5/2.7

Type	a	b	c	d	e	f	Holes	ø	Gap
EI-105	105	17.5	17.5	35	52.5		4	6
EI-105	105	17.5	17.5	35	52.5		4	6	1.0/1.4/1.6/2.0/2.2/2.8
EI-108	108	18	18	36	54		4	6
EI-114	114	19	19	38	57		4	7
EI-114	114	19	19	38	57		4	7	2.7
EI-120	120	20	20	40	60		4	7
EI-122	122	22	28	22	61	28	4	6
EI-126	126	21	21	42	63		4	7
EI-133.2	133.2	22.2	22.2	44.4	66.6		4	7
EI-133.2	133.2	22.2	22.2	44.4	66.6		4	7	1.3
EI-150	150	25	25	50	75		4	8
EI-152.4	152.4	25.4	25.4	50.8	76.2		4	8
EI-162	162	27	27	54	81		4	8
EI-162	162	27	27	54	81		4	10
EI-168	168	28	28	56	84		4	10
EI-171	171	28.5	28.5	57	85.5		4	8(PH) 10
EI-174*	174	29	29	58	87		4	10.5
EI-180	180	30	30	60	90		4	8
EI-180	180	30	30	60	90		4	10
EI-190.5	190.5	31.75	31.75	63.5	95.25		4	8
EI-192	192	32	32	64	96		4	10
EI-210	210	35	35	70	105		4	10
EI-222*	222	37	37	74	111		4	10
EI-228	228	38	38	76	114		4	10
EI-228(PH)*	228	38	38	76	76		4	9.5
EI-240	240	40	40	80	120		4	10
EI-254	254	48	55	48	164		4	12
EI-270*	270	45	45	90	135		4	12
EI-300	300	50	50	100	150		4	12
EI-360*	360	60	60	120	180		4	12
E70(NS)*	222	38	38	70	111		4	10
EI-28(NS)*	59	14	14	28	45		4	5
EI-56(NS)*	200	28	44	56	69		4	12
EI-60(NS)*	180	30	30	60	180		4	10
EI-150(NS)*	150	25	25	50	95		4	8
EI-60(NS)*	210	37.5	37.5	60	210		4	10
EI-162(NS)*	146.05	20.6	31.8	41.3	66.8		4	5.5
EI-251(NS)*	228.6	31.75	50.8	63.5	139.7		6	9.5

PROCESS

Manufacturing Process

Manufacturing Process

Environmental Initiatives

Recycling and downcycling

EI Core Lamination Features

Scope

FEEDBACK

EI Core Lamination Table

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