logo
Send Message
Hunan Yibeinuo New Material Co., Ltd.
products
products
Home > products > Ceramic Sleeve Lined Pipe > Stainless Steel Lined Ceramic Pipe Wear And Corrosion Resistant Ceramic Sleeve Lined Pipe For Lithium Battery Powder Conveying Applications

Stainless Steel Lined Ceramic Pipe Wear And Corrosion Resistant Ceramic Sleeve Lined Pipe For Lithium Battery Powder Conveying Applications

Product Details

Place of Origin: Changsha, Hunan, China

Brand Name: Elacera

Certification: ISO9001-2015

Model Number: Ceramic Sleeve Lined Pipe

Payment & Shipping Terms

Minimum Order Quantity: Negotiable

Price: Negotiable

Packaging Details: Packed in wooden cases or iron racks

Delivery Time: 25-45 workdas

Payment Terms: T/T

Supply Ability: 100,000 ㎡/ year

Get Best Price
Highlight:
Color:
White
Durability:
High
Inner Diameter:
10mm-1000mm
Installation Method:
Flange Connection
Length:
1m-12m
Material:
Ceramic
Pipe Type:
Lined Pipe
Wall Thickness:
3mm-10mm
Color:
White
Durability:
High
Inner Diameter:
10mm-1000mm
Installation Method:
Flange Connection
Length:
1m-12m
Material:
Ceramic
Pipe Type:
Lined Pipe
Wall Thickness:
3mm-10mm
Stainless Steel Lined Ceramic Pipe Wear And Corrosion Resistant Ceramic Sleeve Lined Pipe For Lithium Battery Powder Conveying Applications

Product Description

Stainless steel lined ceramic pipe is an advanced manufacturing technology that applies ceramic materials inside stainless steel pipes. This process combines the strength and corrosion resistance of stainless steel with the high hardness, high wear resistance, and low friction coefficient of ceramic materials, forming a wear-resistant, corrosion-resistant, t and erosion-resistant ceramic layer on the inner surface of the stainless steel pipe.

 

Main application industries

Stainless steel-lined ceramic pipes are widely used in powder conveying systems in the lithium battery industry, especially in conveying positive and negative electrode materials. Their excellent wear resistance, corrosion resistance, and isolation of metal pollution ensure the purity of lithium battery powder and the stable operation of the conveying system.

Stainless Steel Lined Ceramic Pipe Wear And Corrosion Resistant Ceramic Sleeve Lined Pipe For Lithium Battery Powder Conveying Applications 0Stainless Steel Lined Ceramic Pipe Wear And Corrosion Resistant Ceramic Sleeve Lined Pipe For Lithium Battery Powder Conveying Applications 1

Product advantages

Wear resistance: The stainless steel lined ceramic pipe uses wear-resistant ceramic as the anti-wear lining, which has excellent wear resistance and can withstand wear during the transportation of lithium battery powder, extending the service life.

Corrosion resistance: It has high corrosion resistance and can effectively resist the corrosive substances that may be encountered in the transportation of lithium battery powder, ensuring the long-term stable operation of the pipeline system.

Isolation of metal pollution: The wear-resistant ceramic lining can effectively isolate metal pollution, fully ensure the purity of lithium battery powder, and meet the high requirements of lithium battery production.

Overall performance: The stainless steel ceramic pipe adopts integrated molding, and the ceramic ring is whole without gaps. Compared with ceramic patches, the overall performance is better.

 

Matters needing attention

Material selection: When choosing stainless steel ceramic pipes, you need to pay attention to their materials and manufacturing processes to ensure that they meet the requirements of lithium battery production.

Installation and maintenance: The installation and maintenance of stainless steel ceramic pipes require professional technology and tools to ensure the overall performance of the pipe system.

Supplier selection: When selecting suppliers, you should pay attention to their product quality and after-sales service to ensure the long-term stable supply and use effect of materials.

 

Stainless steel ceramic pipes have broad application prospects and important application value in the lithium battery industry. With the continuous development of science and technology, their performance will be further improved, providing more reliable support for the development of the lithium battery industry.

 

Product parameters

Items Specifications
Content of alumina ≥92%
Density ≥3.6 g/cm3
Rockwell A hardness ≥82HRA
Impact strength ≥1200 MPA
Fracture toughness ≥3.8MPa·m1/2
Vickers hardness ≥1150HV10
Bending Strength ≥290MPa

Pipeline selection table

Item Composite ceramic tube Wear-resistant ceramic tube Ceramic ring ceramic tube
NO Φ(mm) DN(mm)

Steel pipe

thickness

(mm)

Ceramic thickness(mm) Weight (kg)

DN

(mm)

Steel pipe

thickness

(mm)

Ceramic thickness

(mm)

Weight (kg)

DN

(mm)

Steel pipe

thickness

(mm)

Ceramic thickness

(mm)

Weight (kg)
1 32         15 3 5 4 10 3 5 6
2 38         21 3 5 5 16 3 5 8
3 42         23 4 5 7 18 4 5 9
4 45         26 4 5 7 21 4 5 10
5 50         31 4 5 8 26 4 5 11
6 54         35 4 5 9 30 4 5 12
7 57         38 4 5 9 33 4 5 13
8 60         41 4 5 10 36 4 5 14
9 64         45 4 5 10 40 4 5 15
10 68 50 6 3 13 49 4 5 11 44 4 5 16
11 70 52 6 3 13 49 5 5 13 40 5 7 20
12 73 55 6 3 14 52 5 5 13 43 5 7 21
13 76 56 7 3 16 55 5 5 14 46 5 7 22
14 83 63 7 3 17 62 5 5 15 53 5 7 25
15 89 69 7 3 19 68 5 5 16 59 5 7 27
16 95 75 7 3 20 74 5 5 18 65 5 7 28
17 102 82 7 3 22 75 6 7 23 68 6 7 33
18 108 88 7 3 23 81 6 7 25 74 6 7 35
19 114 94 7 3 24 87 6 7 26 80 6 7 37
20 121 101 7 3 26 94 6 7 28 87 6 7 39
21 127 103 8 4 31 100 6 7 29 93 6 7 42
22 133 109 8 4 33 106 6 7 31 99 6 7 44
23 140 116 8 4 35 113 6 7 32 106 6 7 46
24 146 122 8 4 36 119 6 7 34 112 6 7 48
25 152 128 8 4 38 125 6 7 35 116 6 8 55
26 159 135 8 4 40 132 6 7 37 123 6 8 58
27 168 144 8 4 43 141 6 7 39 132 6 8 61
28 180 156 8 4 46 153 6 7 42 144 6 8 66
29 194 170 8 4 50 167 6 7 45 158 6 8 71
30 203 177 9 4 57 176 6 7 47 163 6 10 88
31 219 193 9 4 61 192 6 7 51 179 6 10 95
32 245 217 10 4 74 218 6 7 58 205 6 10 107
33 273 245 10 4 83 246 6 7 64 233 6 10 120
34 299 271 10 4 91 272 6 7 70 259 6 10 132
35 325 297 10 4 99 294 8 7 92        
36 351 321 11 4 116 320 8 7 99        
37 377 347 11 4 125 346 8 7 107        
38 402 370 12 4 142 371 8 7 114        
39 426 394 12 4 151 395 8 7 121        
40 450 418 12 4 160 419 8 7 128        
41 480 446 13 4 182 449 8 7 136        
42 500 466 13 4 190 465 10 7 166        
43 530 494 14 4 213 495 10 7 176        
44 550 514 14 4 222 515 10 7 183        
46 600 562 15 4 256 565 10 7 200        
47 630 592 15 4 265 595 10 7 210        

FAQ

What is ceramic lined?

The ceramic lining generally refers to three layers of corundum ceramic, a transition layer, and steel. The ceramic layer is formed of dense corundum porcelain (AL2O3) at a high temperature above 2200 , and the transition layer forms a firm bond with the steel pipe.

 

What is the price of stainless steel lined ceramic pipe?

Due to the combination of the advantages of stainless steel and ceramic materials, the manufacturing cost of this type of pipeline is relatively high, and therefore the price is usually higher. However, considering its long lifespan and excellent performance, its cost-effectiveness is still high.

 

How long is your delivery time?

The delivery time of customized products is generally 25-35 days, and noncustomized products are generally shipped within 24 hours after payment.

 

What is your transportation service?

We can provide vessel booking, customs declaration, transportation document preparation, and bulk shipping services at the port.

 

Yibeno is a manufacturer and service provider of Lined Ceramic Wear-resistant Pipes. It has won the recognition of customers with high-quality products, reasonable prices, and perfect after-sales.

 

What are the improvements of stainless steel lined ceramic pipes compared to traditional pipes?

Compared with traditional pipelines, stainless steel lined ceramic pipelines have significant improvements in corrosion resistance, wear resistance, and high-temperature resistance. At the same time, its inner wall is smoother, reducing the resistance of fluid flow and improving conveying efficiency.

 

 

 

 

 

  •