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Place of Origin | CHINA |
Brand Name | DBM |
Certification | ISO9001, SGS, BV |
Model Number | BA T3 |
Consumer And Industrial Packaging EN10203 T3 Temper 2.8/2.8
ETP Tin Coated Electrolytic Tinplate Coil
Electroplated tin plate is a kind of product with complex production technology, strong technology, long manufacturing process, high quality requirements and high manufacturing difficulty. Electroplated tin plate not only has high strength, good formability, excellent corrosion resistance, strong weldability, bright appearance and other characteristics, but also has good printing coloring, coupled with the non-toxic tin plating layer, so electroplated tin plate is widely used in the food industry and the production of various containers, stamping products, packaging materials and other non-food industries.
Modern tinplate is typically crafted from cold-rolled, low carbon steel, meticulously coated with pure tin on both sides. This composite material synergizes the inherent strength and malleability of steel with the superior corrosion resistance, weldability, and visual appeal of tin. Such tinplate finds extensive applications across various industries, particularly in the food sector for cans and packaging. It also serves in non-food applications such as aerosol cans, bottle caps, gas-containing beverage containers, as well as in the manufacturing of home appliances, toys, stationery, and engineering materials.
We are professional tinplate sheet coil manufacturer, located in Shandong province. We produce a line of tinplate sheet that is compliant with GB/T 2520-2000, JIS G3303-2002 and DIN EN 10203-1991 standards. Currently, our tinplate is extensively used for packaging food, beverages, paint, oil, aerosols, and other everyday items. It is also used for bottle caps, auto parts, and batteries.
The characteristics of the tin plate are largely determined by the characteristics of the tin.
Nominal Coating Weight g/m |
Standard (g/m2 ) | ||
Average / side | Single point | Target Value | |
Minimum | Minimum | ||
1.1 | 0.9 | 0.8 | 1.0 |
1.4 | 1.12 | 1.08 | 1.3 |
2.0 | 1.6 | 1.56 | 1.9 |
2.2 | 1.8 | 1.76 | 2.1 |
2.4 | 1.92 | 1.88 | 2.3 |
2.5 | 2.0 | 1.98 | 2.4 |
2.8 | 2.45 | 2.2 | 2.6 |
3.0 | 2.61 | 2.5 | 2.8 |
4.0 | 3.48 | 3.2 | 3.8 |
5.0 | 4.35 | 4.2 | 4.8 |
5.6 | 5.05 | 4.8 | 5.4 |
8.4 | 7.55 | 7.55 | 8.4 |
11.2 | 10.1 | 10.1 | 11.2 |
GB/T2520, JIS G3303 |
EN10202 |
TARGET VALUE |
TOLERANCE RANGE |
YIELD STREGNTH/MPA |
TENSILE STRENGTH/MPA |
T-1 |
TS230 |
49 |
49±3 |
230±50 |
325±50 |
T-2 |
TS245 |
53 |
53±3 |
245±50 |
340±50 |
T-2.5 |
TS260 |
55 |
55±3 |
260±50 |
360±50 |
T-3 |
TS275 |
57 |
57±3 |
275±50 |
375±50 |
T-3.5 |
|
59 |
59±3 |
290±50 |
390±50 |
T-4 |
TH415 |
61 |
61±3 |
415±50 |
435±50 |
T-5 |
TH435 |
65 |
65±3 |
435±50 |
460±50 |
DR-7M |
TH520 |
71 |
71±3 |
520±50 |
540±50 |
DR-8 |
TS550/TH550 |
73 |
73±3 |
550±50 |
570±50 |
DR-8M |
TH580 |
73 |
73±3 |
580±50 |
590±50 |
DR-9 |
TH620 |
76 |
76±3 |
620±50 |
625±50 |
DR-9M |
|
77 |
77±3 |
660±50 |
|
DR-10 |
|
80 |
80±3 |
690±50 |
|
The hardness is the average value of 2 samples, allowing 1 of them to exceed the specified allowable range by 1 unit. |
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a The yield strength is a reference value determined as required. b Yield strength is the average value of the two samples. The sample is P5 in GB/T 228, and the direction of the sample is transverse. c Due to the thickness thinning effect, the elongation is too low and the yield strength cannot be measured. In this case, the yield strength is replaced by the tensile strength. d For the tensile test, the width of the parallel part of the sample is (12.5±1) mm, and the standard distance L0=50mm. Before the test. The sample should be artificially aged for 20min at 200℃. |
Thickness |
Tolerance |
||
Negative Tolerance |
Tolerance |
Positive tolerance |
|
0.18~0.55 SR |
+1%~—3% |
+2%~—2% |
+0%~+3% |
0.15~0.34 DR |
+1%~—3% |
+2%~—2% |
+0%~+3% |
Remarks |
The internal control is set at-0.002mm of the thickness of the contract order. The measurement value of the midpoint in the width direction of the strip shall prevail. |
The internal control sets the thickness of the contract order thickness. The measurement value of the midpoint in the width direction of the strip shall prevail. |
The internal control is to set the thickness of the contract order at +0.003mm, and the measured value at the midpoint of the strip width direction shall prevail. |
1. The thickness of S1, S2, S3 surface and M surface shall be measured by the flat thickness meter. (The matt surface will be higher than the actual measurement due to surface roughness.) |
4. Product Standard
ETP orders are placed with Baosteel in accordance with Q/BQB 450-2009 standard which uses in a non-equivalent to JIS G 3303:2008, DIN EN 10202:2001, EN 10203 standards.
TFS orders are placed with Baosteel in accordance with Q/BQB 455-2009 standard which uses in a non-equivalent to JIS G 3315:2008, DIN EN 10202:2001, EN 10203 standards.
5. Surface of ETP
• Passivation types
• Sodium dichromate cathodic treatment (CE) or 311 process.
• Sodium bichromate impregnation (CP) or 300 process.
• Surface appearance
• It is determined by the surface appearance of the steel base and whether the tin coating is soft melted.
• Bright surface (B) : The original plate with a smooth surface with a very fine millstone pattern is coated with tin, and then the tin layer is soft melted to obtain a bright surface.
• Rough surface (R) : The original plate with a certain directional grinding stone pattern surface is plated with tin, and then the tin layer is soft melted to obtain a shiny surface.
Silver surface (S) : The original plate with a rough and dull surface is tinned, and then the tin layer is soft melted to obtain a glossy surface.
• Matte surface (M) : The matte surface is tinned on the original plate with a generally matte surface and then is not softenable.
Bottle Cap Tinplate
As is known, light can cause and accelerate oil oxidation, which reduces nutrition value of oil by destroying its vitamin A and D, and even more seriously, by generating harmful substances. And, oxygen in the air can also lead to food oil oxidation, resulting in decreased protein biomass and damaged vitamins. To avoid this, we have developed tinplate that has high opacity and excellent airtight seal, and can provide better protection for the contained oil, food, beverage, and so on. Hence, the oil tin can is ideal for packing lipids.
To provide the highest quality oil tinplate can, we implement rigid inspection on the whole process from material procurement to the final product delivery. In addition to strict monitoring on working procedures such as acid washing, reciprocal rolling, and degreasing, etc., our specialized personnel check our products through mechanical property tester and coating tester to ensure superior performance of our oil tin can. As a result, our oil tin can features strong corrosion resistance, high formability and easy welding, and you can thus feel secure in choosing our products.
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