Tinplate for Chemical Packaging with Competive Price

Tinplate for Chemical Packaging with Competive Price System 1

Tinplate for Chemical Packaging with Competive Price

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Loading Port:: Tianjin

Payment Terms:: TT OR LC

Min Order Qty:: 50 m.t.

Supply Capability:: 30000 m.t./month

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Tinplate for Food Pakcaging and Chemical Packaging

Specifications

Prime electrical tinplate:
Thickness: 0.15 to 0.50mm
Width: 600 to 1010mm
Temper grade: BA and CA
For metal packaging usage

The Tinplate specification as following:

1, Reference standard: GB2520-88, JIS G3303-1997 and DIN EN10203-91
2, Material: MR, SPCC

3, Thickness available: 0.15mm to 0.50mm
4, Width available: 600mm to 1010 mm
5, Temper grade: T1 - T5 BA and CA both.
6, Tin coating: ordinary 2.8g/2.8g, 5.6g/5.6g, We also can produce according to customers' requests

7,Coil diameter: ID 420/ 508mm, OD from 1,000 to 1,250mm

8,Package: Anti-rust paper,corner protected. by sheet or coils according customer's require.
9, Applications: metal package usage like paint, chemical can,aerosol can and different food can production,

Also battery,electric cable and other industries

Tinplate for Chemical Packaging with Competive Price

Tinplate specifications
Steel Type	SPCC, MR
Temper(BA&CA)	T1~T5
Coating	1.1~11.2g/m2
Thickness and tolerance	0.15~0.50mm(Tolerance: _+0.01 mm)
Width & tolerance	300~1000mm (Tolerance: 0~3mm)
Cut length & tolerance	450~``50mm (Tolerance: 0~3mm )
Coil inside diameter	420/508mm
Coil Weight	3~10 MT
Passivation	311
Oiling	DOS
Surface Finish	Bright, Stone, Silver, Matte
Packaging	Seaworthy Standard with wooden pallet
Standards Available	GB/T2520, JIS G3303, ASTM A623M & EN10202
Special specitications are available on request.
Tin coating weight
Type	Designation of tin coating weight	Min.average tin coating weight(g/m2)	Former Coating Designation
Equal tin coating	1.4/1.4	1.2/1.2	#15
	2.2/2.2	2.0/2.0	#20
	2.8/2.8	2.45/2.45	#25
	5.6/5.6	5.05/5.05	#50
	8.4/8.4	7.55/7.55	#75
	11.2/11.2	10.1/10.1	#100
Differentially Coating	1.4/2.8	1.2/2.45	#15/25
	2.2/2.8	2.2/2.45	#20/25
	2.8/5.6	2.45/5.05	#25/50
	2.8/8.4	2.45/7.55	#25/75
	2.8/11.2	2.45/10.1	#25/100
	5.6/8.4	5.05/7.55	#50/75
	5.6/11.2	5.05/10.1	#50/100
	8.4/11.2	7.55/10.1	#75/100
Surface finish
Surface finish	Nominal surface roughness (um Ra)	Characteristic
Bright finish	≤Q0.35	Glazed surface obtained after melting treatment of electrotinned smooth raw materail strip with extremely fine rubstone fingure by processing.
Stone finish	0.25~0.60	Glazed surface obtained after melting treatment of electrotinned smooth raw materail stripfeaturing certain rubstone figures.
Silver finish	0.50~1.00	Glazed surface obtained after melting treatment of electrotinned smooth raw material strip with rough matt furface.
Matte finish	0.80~2.50	Matt surface of general matt raw material strip without melting treatment.

Q: What are the weight advantages of using tinplate?: Tinplate offers several weight advantages compared to other packaging materials. Firstly, it is significantly lighter than materials like glass or aluminum, making it easier to handle and transport. This lightweight nature also contributes to lower shipping costs. Additionally, tinplate's lightness allows for more product to be packaged in a smaller space, maximizing efficiency and reducing storage requirements. Overall, the weight advantages of tinplate make it a preferred choice for many industries seeking cost-effective and efficient packaging solutions.

Q: How is tinplate used in the food industry?: Tinplate is commonly used in the food industry for packaging purposes. It is a thin steel sheet coated with a layer of tin, which provides a protective barrier against corrosion and maintains the quality and freshness of food products. Tinplate cans and containers are widely used for packaging canned fruits, vegetables, meat, fish, and other processed food items. The tin coating also prevents any interaction between the food and the metal, ensuring that the taste, flavor, and nutritional value of the food are preserved. Additionally, tinplate is easy to sterilize, making it suitable for products that require high levels of hygiene and long shelf-life, such as canned soups and sauces.

Q: Cookies with tinplate packaging has what advantage?: The decoration is exquisite: the metal material has good printing performance; the design trademark is bright and beautiful; the packaging container made by it is noticeable, and it is a kind of good sale packing.

Q: What are the main applications of tinplate in the pet care industry?: Tinplate is commonly used in the pet care industry for packaging various products such as pet food, treats, and supplements. Its main applications include canning and sealing these products, ensuring their long shelf life and preserving their quality. Tinplate's ability to resist corrosion and provide a protective barrier against light, moisture, and oxygen makes it an ideal choice for pet care products that require durability and preservation. Additionally, tinplate's versatility allows for unique and appealing packaging designs, attracting pet owners and enhancing product branding.

Q: Can tinplate be formed into complex shapes?: Yes, tinplate can be easily formed into complex shapes due to its malleability and ability to be shaped and molded without breaking or losing its structural integrity.

Q: What is the recycling process for tinplate?: The recycling process for tinplate typically involves several steps. First, the tinplate is collected and sorted at recycling centers or facilities. It is then shredded into small pieces, allowing for easier processing. The shredded tinplate is then subjected to a magnet, which separates the tin-coated steel from any non-ferrous materials. The separated tinplate is melted down in a furnace, and impurities are removed through various processes. The molten tinplate is then cast into ingots or rolled into sheets, which can be used to manufacture new tinplate products. This recycling process helps conserve resources, reduce waste, and minimize the environmental impact of tinplate production.

Q: How is tinplate tested for quality and performance?: Tinplate is tested for quality and performance through various methods such as visual inspection, chemical analysis, mechanical testing, and corrosion resistance assessment. Visual inspection ensures that the tinplate is free from any surface defects, such as scratches or dents. Chemical analysis verifies the composition of the tinplate, ensuring it meets the required standards. Mechanical testing assesses the strength, ductility, and formability of the tinplate, ensuring it can withstand the intended applications. Lastly, corrosion resistance assessment evaluates the tinplate's ability to resist rust and corrosion, ensuring it maintains its quality over time.

Q: How has tinplate evolved over the years?: Tinplate has evolved significantly over the years in terms of its production process, durability, and applications. Initially, tinplate was made by coating iron sheets with a thin layer of tin to prevent corrosion. However, as technology advanced, electroplating replaced the traditional hot-dipping method, resulting in a more efficient and cost-effective production process. Additionally, the development of various alloy coatings has further enhanced the durability of tinplate, making it more resistant to rust and damage. Moreover, tinplate has expanded its applications beyond traditional cans, finding its way into packaging for food, beverages, aerosols, and cosmetics. Overall, the evolution of tinplate has revolutionized the packaging industry, offering improved quality, versatility, and sustainability.

Q: How is tinplate affected by exposure to UV light?: Tinplate is not significantly affected by exposure to UV light since it is a highly durable material with good resistance to sunlight.

Q: How does tinplate resist corrosion?: Tinplate resists corrosion due to the protective barrier created by the tin coating on the surface. This tin layer acts as a barrier, preventing direct contact between the base metal and the corrosive elements in the environment, thus preserving the underlying material from degradation.

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