30CPM 15LSQUARE CAN FULLY AUTO Line IN INDIA！

Release date：

2022-09-01 08:20

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5L square can body line 30cpm India duplex slitting machine, transfer robot arm, welder, body former, leakage testser. CNC sheet feeder, portal press, Curling and lining and drying machine, hole punching press, spot welder.

 

GUANYOU 15L square can body line with 30cpm capacity in India is consist of duplex slitting machine, transfer robot arm, welder, body former, leakage testser. The end line with 30cpm capacity is consist of CNC sheet feeder, portal press, Curling and lining and drying machine, hole punching press, spot welder.

 

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Application Fields of Tin Cans

Tin cans are widely adopted across various industries thanks to their good barrier property, mechanical strength and recyclability. Food packaging is the most common application. They are used for canned fruits, vegetables, meat, seafood, sauces and condensed milk. The strong barrier shields food from light, oxygen and bacteria, extending shelf life without preservatives. They are also popular in gift and consumer goods packaging. Tea, coffee, candy, biscuits, cosmetics and candle products often use customized tin cans. Rich printing options help enhance brand image and product grade. Chemical and industrial packaging is another important field. Properly coated tin cans can hold paints, adhesives, lubricants and some chemical raw materials, offering safe sealing and corrosion resistance. Besides, tin cans serve aerosol products and pharmaceutical packaging. Aerosol cans rely on the pressure resistance of tinplate. Some health supplements and herbal products select tin containers for stable storage. With recyclable features, tin cans keep expanding their uses and remain a preferred metal packaging solution for many sectors.

Advantages of Tin Cans

Tin cans possess multiple outstanding merits for packaging applications. First, they provide excellent barrier performance. Tinplate effectively blocks oxygen, moisture, light and microorganisms, protecting contents from oxidation, spoilage and contamination, which greatly extends shelf life. Second, tin cans have superior mechanical strength. They resist pressure, impact and deformation during transportation and stacking. The rigid structure is suitable for automated filling and packaging lines, reducing breakage risk compared with plastic or glass containers. Third, tin cans feature good processability. They can be made into diverse shapes and sizes, supporting exquisite printing and coating treatments to present attractive visual effects for brand display. Fourth, tinplate is highly recyclable. It can be recovered repeatedly without performance degradation, generating less waste and meeting green packaging trends. Fifth, reliable chemical stability with proper internal coating prevents direct contact between metal and contents. The sealed tin can maintains stable quality and is widely used for food, gifts and industrial goods. These combined benefits make tin cans a mature and trusted packaging option.

Main Cost Components of Iron Can Production and Design

The total cost of iron can production and design covers several key parts. First is raw material cost, which accounts for the largest proportion. It mainly includes tinplate, internal and external coatings, printing inks and varnishes. The thickness, tin coating weight and material grade directly affect the material expense. Second is mold and design cost. It involves product structure design, graphic artwork development, and manufacturing of stamping, curling and seaming molds. Custom shapes and complex structures will raise mold investment. Third is production processing cost. This includes metal cutting, stamping, coating, tin printing, can forming and sealing. Energy consumption, equipment depreciation and labor costs are also included. Complex processes will increase unit processing expense. Fourth is testing and quality control cost. It covers corrosion resistance test, sealing inspection, safety test and finished product screening to ensure stable quality. Fifth is auxiliary and logistics cost, such as packaging for finished cans, warehousing and transportation. Waste loss during mass production also needs to be considered. Proper design optimization can effectively control the overall cost of iron cans.

How to Ensure Iron Can Production and Design Meets Environmental Requirements

Designers and manufacturers can take multiple measures to make iron cans environmentally friendly. First, select eco-friendly raw materials. Use food-grade tinplate with low heavy metal content, and choose non-toxic, solvent-reduced coatings and varnishes that comply with international environmental standards. Avoid harmful substances that may leach into products or pollute waste streams. Second, optimize structural design. Reduce unnecessary material thickness while maintaining structural strength. Lightweight design cuts raw material consumption and transportation carbon emissions. Adopt simple structures to facilitate recycling, as tinplate is highly recyclable without complicated composite layers. Third, control production processes. Upgrade printing and coating procedures to lower volatile organic compound emissions. Collect and reuse wastewater and metal scraps generated during stamping and trimming. Fourth, consider end-of-life performance. Minimize composite materials that hinder recycling. Mark recycling information clearly on packaging. Select inks and coatings that do not interfere with metal recovery. Fifth, follow relevant environmental regulations and conduct regular testing. Evaluate the whole lifecycle from material sourcing to recycling. Systematic management helps reduce environmental impact throughout the iron can’s lifecycle.

Five Key Elements for Iron Can Production and Design

Five core factors determine the quality and practical performance of iron‑can production and design. The first is material selection. Appropriate tin‑plate thickness, hardness and tin‑coating weight shall be selected according to can size, stacking requirement and stored contents, balancing rust resistance, formability and production cost. The second is structural design. Design can dimensions, lid styles and seaming structures to guarantee reliable sealing performance. Manufacturers should assess mold feasibility and reduce deformation risks during stamping and rolling processes. Third, internal and external coating is critical for anti‑corrosion. Inner coatings isolate metal from stored goods to avoid chemical erosion. Outer coatings together with gloss or matte varnish improve wear resistance and surface protection. Fourth, graphic printing. Printing patterns need to compensate for metal stretching during forming. Proper bleed margins and color schemes are required to fit offset tin‑printing techniques. Fifth, process and compliance. Confirm stamping, curling and sealing parameters match mass‑production conditions. Meet relevant safety standards for food or general‑purpose packaging. Reasonable coordination of these five elements helps produce stable, functional and market‑competitive iron cans.

Methods to Prevent Iron Box Packaging from Rusting

There are multiple effective measures to stop iron‑box packaging from developing rust. Humidity is the primary trigger for metal oxidation, so a dry, well‑ventilated storage environment should be prioritized. Place desiccants inside iron boxes to absorb excess moisture and keep internal air dry. Avoid putting iron packages in humid, poorly‑circulated locations. Surface protection plays a key role. Scratches, dents or peeling coatings will expose bare iron to air and moisture. Handle iron boxes carefully to prevent sharp friction and surface damage. Complete protective paint or film layers should be maintained to form a barrier against oxygen and water vapor. Keep corrosive contents away from direct metal contact. Acidic, salty or high‑moisture goods need inner liners to isolate the iron surface. Wipe away water marks and stains right away if they occur. Conduct regular routine checks. Clean tiny rust traces promptly before they expand. Anti‑rust oil can be applied for long‑term idle storage. Combined operations of environment control, surface care and proper loading will greatly slow rust formation and prolong the usable life of iron‑box packaging.

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