When sourcing empty aerosol tin cans for your products—whether for cosmetics, pharmaceuticals, industrial chemicals, or household sprays—selecting the right supplier is crucial. A high-quality supplier ensures product safety, compliance, and smooth production. Below are key factors to evaluate when choosing a trusted aerosol tin can manufacturer. 

1.Quality Certifications & Compliance

A reputable supplier should meet international standards for safety and quality. Look for: 

ISO 9001 (Quality Management)  

- ISO 14001(Environmental Management)  

- GMP (Good Manufacturing Practice) – Essential for pharmaceutical & food-grade cans  

-DOT/UN Certification(For pressurized containers, especially in the US & EU)  

-REACH & RoHS Compliance(Ensures no harmful chemicals in materials)  

-FDA Approval(If cans are for food or pharmaceutical use)  

🔹 Ask for test reports (e.g., leakage tests, pressure resistance, coating adhesion).

 

2.Production Capacity & Lead Time

- Minimum Order Quantity ( our MOQ is 37500 pcs) – Some suppliers require large orders while others offer lower MOQs for startups.  

-Monthly/Annual Capacity – Can they handle bulk orders without delays?  

(Our monthly capacity is sixty million)

- Lead Time – (Our typically 15 days for standard orders,We could offer expedited production); confirm if they offer expedited production.  

- Customization Flexibility – Do they support custom sizes, shapes, and printing?  (We can)

🔹 Tip: Request a production schedule to avoid bottlenecks. 

 

3.Material & Manufacturing Standards

- Tinplate Grade – High-quality tin-coated steel ensures durability. 

- Internal coating – Food-grade epoxy or polymer coatings prevent corrosion.  

- Valve Compatibility – Ensure the cans work with your chosen valve system (e.g., continuous spray, metered dose).  

- Leak & Pressure Testing – Suppliers should conduct 100% pressure testing before shipment.  

🔹 Ask for material certificates (e.g., SGS reports).

 

4. Customization & Printing Options

-Offset printing,or digital printing for branding.  

- Color Matching – Can they meet Pantone color standards?  

- Labeling & Barcoding – Support for QR codes or batch numbers.

🔹 Request physical samples before bulk orders.

 

5. Logistics & After-Sales Support

- Shipping & Packaging – Do they use protective pallets to prevent denting?  

- Global Export Experience – Familiarity with customs regulations.  

- Responsive Customer Service – Quick replies to technical or order issues.  

🔹 Check reviews or ask for client references.  

 

6. Cost vs Value 

While price matters, the cheapest option may compromise quality. Compare:  

- Unit price(including printing fee/customization fee)  

- Shipping & import duties 

- Long-term reliability(avoid frequent supplier changes)  

🔹 Negotiate bulk discounts but prioritize quality.

 

Final Checklist Before Ordering

✅ Certified & compliant (ISO, DOT, FDA, etc.)  

✅ Adequate capacity & stable lead time

✅ High-quality tinplate & leak-proof test

✅ Customization & branding support  

✅ Strong logistics & customer service

Where to Find Reliable Empty Aerosol Tin Can Suppliers?

-Guangzhou Mijia Aerosol Can is your reliable partner.

🔗 Need help sourcing? Contact us!

 

Origins and Core Requirements of High Altitude Butane Gas Canister

Driven by User Pain Points

• Mountaineering Accident Case: 2023 frostbite incident in the Alps caused by gas canister leakage

• Standard canisters exhibit 37% flame output reduction above 2,500m altitude (data sourced from Journal of Outdoor Equipment)

Industrial Response

• 1992: Coleman pioneers "Altitude-Tuned Canister" concept

• Modern alpine canister benchmarks:

Pressure resistance ≥3.8MPa

Operational temperature -30°C to 50°C

EN417 certification compliance

High Altitude Butane Gas Canister

Net Weight	Size
110g	90x70mm
230g	110x90mm
450g	110x145mm

Structural Differences: Two-Piece Butane Gas Canister vs. Three-Piece Butane Gas Canister

Product Name	Two-Piece High Altitude Butane Gas Canister	Three-Piece Butane Gas Canister
Reference Picture
Can Structure	Seamless can body + base (no side welding)	Welded can body, top, and base
Production Process	Deep-drawn forming, better sealing	Multiple weld seams, higher leakage risk
Pressure Resistance	typically ≥3.8MPa	typically ≤2.5MPa
Cold Resistance	Works reliably at -30°C	May underperform below 0°C
High-Altitude Use	Optimized for 3000m+ elevation	Best for low-altitude conditions
Cost	Higher (premium materials & process)	Lower (mass-market production)

Advantages of Two-Piece High Altitude Butane Gas Canister

No welds, safer: Fewer leakage points, ideal for high-pressure environments.

Better cold resistance: Seamless design avoids brittleness in low temperatures.

Why Are Two-Piece Butane Gas Canister Valves More Reliable?

Leak-proof design: Dual sealing ensures safety even if O-rings degrade.

Cold-optimized: Special valve materials prevent freezing or jamming.

Stable gas output: Maintains consistent flame in low-oxygen environments.

Why Are Two-Piece Butane Gas Canister Better for High Altitudes?

(1) Optimized Fuel Blend

Alpine canisters use isobutane + propane mix (e.g., 70/30 ratio), while standard cartridges often use pure butane.

Higher propane = better cold performance (propane boils at -42°C vs. butane at -0.5°C).

Stable vaporization at low pressure, preventing weak flame output.

(2) Higher Pressure Resistance

Alpine canisters typically have a 3.8MPa burst pressure, vs. ~2.5MPa for standard cartridges.

Withstands extreme temperature swings in alpine environments.

(3) Lightweight & Portable

Made from high-strength nickel-plated steel, alpine canisters are lighter yet stronger than standard cartridges.

Industry Standards & Buying Guide

✅ How to Identify a High-Quality Alpine Canister?

• Check certifications: EN417 (Europe), DOT (USA).
• Inspect the valve: Metal-threaded valves (plastic valves indicate lower quality).
• Weigh it: A 450g alpine canister should weigh 160-170g when empty (lighter may mean inferior materials).

🚫 Common Misconceptions

• Standard cartridges work fine for mountaineering” → May fail in cold or high-altitude conditions.
• Alpine canisters can be refilled” → Never! Non-refillable by design—extremely dangerous to tamper with.

Which One Should You Choose?

Scenario	Recommended Choice	Reason
Low-altitude camping	Standard gas cartridge	Cost-effective, sufficient performance
High-altitude climbing	High Altitude Butane Gas Canister	Cold-resistant, high-pressure stable flame
Extreme conditions	High Altitude Butane Gas Canister (high propane %)	Ensures operation below -30°C

I. In-Depth Industry Insights: Market Drivers for Custom Packaging

1. Consumer Psychology Research

• 7-Second Rule: Consumers make purchase decisions in just 7 seconds at the shelf

• Haptic Marketing: 85% of consumers associate packaging texture with product quality

• Color Psychology:

  • Gold/Black: Conveys luxury (used by 78% of premium brands)

  • White/Blue: Communicates purity (used by 65% of healthcare products)

2. Global Market Heatmap

Region	Popular Customization Needs	Representative Case Studies
Europe	Eco-friendly recyclable designs	Lush "Naked" aerosol cans
North America	Interactive packaging	Coca-Cola "Scan-to-Win" spray
Asia	Mini portable versions	Shiseido 15ml travel perfume sprays

II. Advanced Material Science & Structural Design Guide

1. Innovative Material Matrix

Material Type	Characteristics	Best Applications
Medical-grade 316L Stainless Steel	Superior corrosion resistance	Premium perfumes, pharmaceuticals
Chrome-Plated Aluminum	Mirror-like reflective finish	Limited edition cosmetics
Transparent PETG	Content visibility	Food sprays, essential oils

2. Breakthrough Structural Designs

• Dual-Chamber Systems (2k aerosol tin can):

  • Patented separation technology 

  • --Click to know more about 2k aerosol can technologies--

  • 🎨 Free design consultation: Our engineers can provide 1v1 scheme optimization
  • 📦 Low MOQ: 2K aerosol can accept 1,000pcs MOQ

• Replaceable Cartridge Systems:

  • Main body + interchangeable inner containers

  • Case study: Dior's "Refillable Elegance" perfume collection

3. Ergonomic Innovations

• Anti-slip texture design (friction coefficient 0.4-0.6)

• Disability-friendly features:

  • One-handed operation mechanism

  • Braille + voice guidance labels

III. Comprehensive Printing Technology Analysis (With Cost-Benefit Assessment)

1. Cutting-Edge Printing Technologies Compared

Technology	Resolution	Color Range	Minimum Line Width	Suitable Substrates	Price Premium
Digital UV	1200dpi	Full color	0.1mm	All materials	+$0.09/can
Nano Printing	5000dpi	10^8 colors	50nm	Smooth surfaces	+$0.34/can
3D Embossing	N/A	Single color	0.3mm	Metal/Plastic	+$0.27/can

2. Special Effect Implementation

• Thermochromic Inks: Responsive range -15℃~60℃

• Photochromic Inks: 3+ color dynamic shifts

• Scent Microcapsules: Continuous fragrance release for 6-12 months

3. Cost Optimization Strategies

• Gang-run printing: Reduces small-batch costs by 30-45%

• Partial finishing: Premium effects only on key areas

• Standardized color systems: Minimize spot color usage

IV. Global Compliance Master Guide

1. International Certification Systems

• Food-grade: FDA 21 CFR, EU 10/2011

• Pharmaceutical-grade: USP <661>, EP 3.2

• Transportation safety: UN/DOT 6P certification

2. Regional Requirements

• EU: REACH SVHC testing (<0.1%)

• USA: California Proposition 65

• China: GB 4806.1 food contact material standards

V. Deep Dive into Success Stories

Case Study 1: Nivea Men Deodorant Spray

• Innovation: Magnetic base design (prevents rolling in showers)

• Results: 19% market share increase

• Technical Details:

  • Embedded neodymium magnets (corrosion-treated)

  • Rubber anti-slip ring base

Case Study 2: Tiffany & Co. Limited Edition Perfume

• Innovation: Jewelry-grade electroplating

• Results: 300% price premium over standard products

• Specifications:

  • Multi-layer plating (copper+nickel+rhodium)

  • Surface roughness Ra≤0.2μm

VI. Future Lab: 2025-2030 Technology Outlook

1. Smart Packaging:

   • E-ink displays showing remaining quantity

   • IoT-connected auto-replenishment

2. Bio-Materials:

   • Algae-based can bodies (100% biodegradable)

3. Multi-Sensory Integration:

   • Haptic feedback nozzles (pressure-sensitive)

   • Voice-guided usage instructions

VII. Supplier Selection Checklist

□ ISO 15378 pharmaceutical packaging certification
□ MOQ alignment with requirements
□ Prototyping lead time (industry average: 7-15 working days)
□ Full lifecycle carbon footprint reporting
□ Case study relevance to your needs

VIII. Failure Case Analyses

1. Case A: Gold foil peeling incident

   • Root cause: Skipped RCA abrasion testing

   • Loss: $350,000 recall cost

2. Case B: Can deformation issues

   • Root cause: Insufficient wall thickness design

   • Lesson: Mandatory FEA simulation required

 

Basic Overview of Spray Paint

Spray paint aerosol can, also known as aerosol paint, usually consists of a empty aerosol tin can, aerosol valve, contents (paint), and propellant. It is a type of paint that is processed by special methods and high-pressure filled for easy spraying, also known as manual spray paint. Spray paint or Aerosol paint, chemical list component acrylic blend paint.

Application

Spray paint has a wide range of uses. Through the economic development in recent years, its uses have expanded from repairing paint defects in the beginning to various industries such as molds, industrial machinery, toys, handicrafts, musical instruments, buildings, steel structures, advertising, signs, graffiti, etc. Spray paint is even used in grassland pastoral areas with a low degree of industrialization. It is said that the color of the spray paint is used to distinguish the cattle and sheep herds of each farmer.

Compose

Aerosol paint (spray paint) usually consists of an aerosol can, an aerosol valve, contents (paint), and a propellant, in addition to a stirring ball that is loaded into the aerosol can to assist in stirring.

Classification

Aerosol paint (spray paint) does not have a strict classification standard. The usual classification method is based on people's usage habits. Generally, according to the type of the main film-forming substance in the aerosol paint, it is divided into several categories such as nitro aerosol paint, alkyd aerosol paint, thermoplastic acrylic aerosol paint, etc. There are also classifications based on film-forming effects, such as ordinary spray paint, metallic glitter spray paint, fluorescent spray paint, super-energy metallic color spray paint, chrome-plated spray paint, gold-plated spray paint, hammer-textured spray paint, high-temperature resistant spray paint, etc.

Thermoplastic acrylic resin paint dries quickly at room temperature and is easy to use. Its solid effective ingredient content and hiding power are better than nitro enamel, but it has poor gasoline resistance and is not suitable for spraying equipment that comes into contact with gasoline or organic solvents, such as cars, motorcycles, etc.; it is mainly used for indoor and outdoor decoration projects, decoration of mechanical equipment and plastic surfaces.

Features

A. Good leveling and strong hiding power;

B. Excellent gloss and color retention;

C. Spray rate above 96%;

D. Good adhesion when matched with appropriate primer;

E. Good chemical and water resistance;

F. The product meets the industry standards required by the National Development and Reform Commission;

The New Year has begun and we look back at the three extraordinary expos we attended in October and November of last year and it has been a very fruitful journey. We participated in the prestigious Canton Fair in Guangzhou, the splendid ALL4PACK exhibition in Paris, and the captivating SAUDI HORECA event in the enchanting Saudi Arabia.

We firmly believe in the values of sustainability and green environmental practices, recognizing our integral role in cultivating a harmonious coexistence with our planet.   Our dedication to creating a more beautiful earth through eco-friendly food packaging solutions has been the driving force behind our success.

These forthcoming exhibitions will serve as a platform for us to unveil even more superior food packaging solutions, tailored specifically to meet your needs.

In a world brimming with possibilities, we strive to be your unwavering partner in progress, constantly pushing boundaries and evolving to exceed your expectations.   Together, let us embark on this fascinating journey towards a future where innovation and sustainability reign supreme, encapsulating the essence of our shared aspirations.

Paper bowls are a common food container used for a wide variety of occasions and purposes. Here are some common uses of paper bowls:

1. Holding food: Paper bowls are suitable for holding a variety of foods such as soups, noodles, meals, fruits, salads, ice creams etc. They provide convenient containers so that food can be easily served, carried and eaten.

2. Take-away and carry-out: Paper bowls are a common packaging choice for take-away and carry-out food. Fast food outlets, restaurants, and take-out services often serve food in paper bowls that are easy for customers to carry and enjoy. Paper bowls can also be insulated and sealed to ensure that the food stays warm and fresh.

3. Buffet or potluck: In a buffet or potluck event, paper bowls are often used for portioning and personalising food. Customers can choose their own food and put it into the paper bowls, which is easy to carry and eat, reducing the amount of cutlery used and cleaning costs.

4. Drinks and beverages: In addition to serving food, paper bowls are also used to serve a variety of beverages and drinks, such as coffee, tea, juice, milkshakes, smoothies and so on. Paper bowls usually have a certain capacity and leak-proof performance, which can be adapted to different beverage needs.

5. Events and parties: Paper bowls are widely used in events such as parties, picnics and camping. They are easy to carry, use and dispose of and do not require extra cleaning work, saving time and energy.

Cold drink paper cups are a kind of paper cups specially used for holding cold or iced drinks. It is usually made of special paper material, which has certain waterproof performance and good cold insulation performance.

Cold drink paper cups are usually double-layered, with a waterproof coating on the inner layer and a protective layer on the outer layer, which can effectively isolate the temperature in the cold drink and prevent the paper cup from softening or leaking.

They also often have a large capacity to accommodate most cold and iced drinks, and offer a convenient drinking spout design and stable bottom support.

Using cold drink paper cups makes it easier and more hygienic to enjoy cold beverages while reducing the impact on the environment, as the cups can be recycled and reclaimed.

A double wall paper cup is a specially designed paper cup that consists of a paper cup and an outer patch. This structure gives double wall paper cups better performance in terms of heat retention and insulation.

Double wall paper cups are usually used for serving hot beverages such as coffee, tea, hot chocolate, etc. Due to the formation of an insulating layer between the outer layer of the paper cup and the air layer, it makes the temperature of the outer layer relatively low and does not make the hand feel overheated, providing a better gripping and using experience. The inner cardboard layer is treated with a waterproof coating to prevent hot beverages from penetrating the outer layer of the paper cup.

The double wall paper cup design effectively isolates heat and prevents scalding, and keeps hot beverages warm for longer.

As global tea consumption continues to rise, tea producers are increasingly turning to automation to boost production efficiency and maintain packaging quality. One essential component in the tea supply chain is the tea packing machine, which has evolved to offer a wide range of packaging formats suited to different market needs. Understanding the different types of tea packing machines is critical for businesses looking to meet customer demands, enhance shelf appeal, and ensure freshness.

 

1. Flat Tea Bag Packing Machine

Flat tea bags are the most traditional and widely recognized tea bag format. A flat tea bag packing machine automatically forms filter paper into square or rectangular pouches, fills them with tea leaves, and seals them using heat. Many flat tea bag packing machines also integrate string and tag attachment. These machines are ideal for mass production due to their speed and consistency. They are commonly used for black tea, green tea, and herbal blends.

 

2. Pyramid(Triangle) Tea Bag Packing Machine

Pyramid(Triangle) tea bags have gained popularity for their premium appearance and superior infusion. The pyramid shape allows more space for the tea leaves to expand and release flavor. These machines use biodegradable mesh (such as PLA) and ultrasonic sealing to form three-dimensional bags. Often used for high-end or whole-leaf teas, triangle tea bag packing machines reflect a brand’s dedication to quality and customer experience.

 

3. Double Chamber Tea Bag Packing Machine

Double chamber tea bags offer improved extraction through a more efficient infusion process. These machines create tea bags with two separate chambers, increasing surface area and enhancing flavor. They are especially common in European markets. The machines often feature thread and tag attachment and operate at high speeds, making them suitable for large-scale commercial production.

 

4. Inner and Outer Tea Bag Packing Machine

To enhance hygiene and branding, many producers prefer to package tea in both an inner tea bag and an outer envelope. Inner and outer bag packing machines complete both processes in one cycle. These machines typically include features such as heat sealing, batch coding, and nitrogen flushing to preserve freshness. They are an excellent choice for retail packaging where presentation and product protection are crucial.

 

5. Loose Leaf Tea Packing Machine

Some teas, especially artisanal or premium blends, are better suited for packing in resealable pouches or sachets. Loose tea packing machines weigh and fill premade pouches or bags with loose tea leaves. Options include zip-lock features, multi-head weighing, and gusset bag compatibility. They are favored by boutique tea brands and exporters targeting global markets.

 

Looking for the Right Machine for Your Tea Product?

Each type of tea packing machines offers unique advantages depending on the type of tea, packaging style, and market segment. Whether you’re packaging classic black tea in flat bags or launching a luxury herbal blend in triangle pouches, investing in the right machine is key to success.

 

Jason Machinery, a trusted manufacturer of tea packing and filling machines, offers a comprehensive range of solutions tailored to your production needs. With nearly a decade of industry experience, expert support, and a focus on quality and automation, Jason Machine is your reliable partner in packaging innovation.

 

Contact Jason Machinery today to find the ideal tea packing machine for your business.

 

 

Plastic packaging is widely used in daily life and industrial production due to its lightness, durability, low cost and strong plasticity.Plastic packaging is everywhere, protecting our food, drinks, gift,and goods. The following are the most common types of plastic packaging boxes, their characteristics, applications, and environmental considerations:

 

Polyester (PET) Packaging

Features: Transparency, high strength, excellent chemical resistance, and a barrier to gas and moisture.

Applications: Beverage bottles (such as mineral water bottles and carbonated beverage bottles). Food packaging (such as condiment bottles and jam jars). Cosmetic bottles and pharmaceutical bottles. Advantages: Recyclable and environmentally friendly.

 

Polyethylene (PE) Packaging

Classifications: Includes low-density polyethylene (LDPE) and high-density polyethylene (HDPE).

Features: LDPE: Soft and transparent, commonly used in food wrap, plastic bags (such as supermarket shopping bags), and frozen food packaging. HDPE: Highly hard and chemically resistant, commonly used in milk bottles, detergent bottles, and garbage bags.

Advantages: Non-toxic, moisture-proof, low cost, and recyclable.

 

Polypropylene (PP) Packaging

Features: High-temperature resistance (can withstand temperatures above 100°C), high transparency, and moderate hardness.

Applications: Microwaveable lunch boxes, yogurt cups, and disposable tableware. Medical packaging (such as medicine bottles and capsule casings). Textile packaging (such as garment bags).

Advantages: Safe and non-toxic, suitable for food contact, and reusable.

 

Polyvinyl chloride (PVC) packaging

Features: Transparent and flexible, but contains plasticizers (such as phthalates) that may be harmful to the human body.

Applications: Food packaging (such as some plastic wrap, but gradually being replaced by PE). Non-food packaging (such as raincoats, toys, and pipes).

Note: Due to environmental concerns, some countries restrict its use in food contact.

 

Choosing the right custom plastic box depends heavily on the product's needs, balancing protection, cost, shelf life, and sustainability goals. Understanding these common types helps make more informed choices about the packaging we use and recycle.