For outdoor enthusiasts seeking a fusion of functionality and creativity, the IGT camping table has emerged as a game-changer. Short for Iron Grill Table, this modular system redefines camping furniture by transforming a simple table into a dynamic "adult LEGO set" for outdoor kitchens and living spaces.

 

The IGT system centers around three foundational elements:

Modular Frames: Crafted from lightweight aluminum, frames come in three standard sizes—2-unit (64cm), 3-unit, and 4-unit configurations. Each "unit" acts as a building block, allowing users to mix-and-match components like grills, stovetops, or storage trays.
Adjustable Legs: Four height options (30cm, 40cm, 66cm, 83cm) cater to diverse scenarios, from bar-height dining to countertop-level cooking.
Expandable Surfaces: Optional extension boards—including rectangular side tables, corner panels, and trapezoidal modules—enable users to reshape the table into an island counter, communal dining area, or even a U-shaped workstation.

 

Versatility: Beyond Camping

The IGT’s adaptability transcends traditional camping use:

Outdoor Entertaining: Host a backyard BBQ with an integrated grill module, or extend the table into a 10-person banquet setup using corner connectors.
Indoor Creativity: Repurpose the table as a coffee bar, home office desk, or children’s craft station. The weather-resistant aluminum frames and optional bamboo tabletops blend seamlessly into interior design.
Compact Storage: When disassembled, the table folds into a 92.5×23×10cm package—smaller than a standard suitcase—making it ideal for RV storage or urban apartments.

 

Real-World Applications

Solo Adventurers: A 2-unit frame paired with a single-burner stove and a 30cm leg kit creates a minimalist cooking station, perfect for boiling water or brewing coffee.
Family Camping: Combine a 4-unit frame with a grill, sink, and storage modules to build a mobile kitchen island. Add extension boards to accommodate meal prep for 6+ people.
Emergency Preparedness: The sturdy 30kg load capacity and quick-assembly design make it a reliable disaster-relief table for cooking or medical supplies.

 

The Future of Modular Outdoor Living

Brands like Snow Peak and Naturehike have expanded the IGT ecosystem with accessories such as:

Height Adjusters: Eliminate awkward bending or stretching with push-button leg extensions.
Hanging Systems: Side-mounted hooks and shelves free up table space for utensils or condiments.
Collaborative Kits: Pre-bundled "starter packs" for coffee brewing, sushi-making, or wine tasting simplify setup for niche activities.

 

In essence, the IGT camping table embodies the ethos of modern outdoor culture: versatility without compromise. Whether you’re a weekend warrior, a DIY enthusiast, or a minimalist traveler, this modular marvel proves that a single piece of furniture can be the cornerstone of countless adventures.

 

Artificial leather, also known as synthetic leather or faux leather, is a man-made material that mimics the texture of animal leather without containing any animal components. Due to its excellent water resistance and durability, it is widely used in the handbag industry.

Common materials used in artificial leather include PU, PVC, polyester, polyurethane, and certain natural fibers derived from plants.

PU Leather

PU leather is manufactured using two methods: dry processing and wet processing. Although the processes differ, both involve coating a base fabric with polyurethane.

 

PVC Leather

PVC leather is produced by applying a layer of polyvinyl chloride onto a fabric backing. Compared to PU leather, PVC leather is more robust but offers less breathability.

 

Microfiber Polyester Leather

This material combines ultra-fine polyester fibers with polyurethane, resulting in a soft yet durable product. However, it tends to be more expensive.

Plant-Based Leather

Transforming plant waste into leather is a relatively new technology developed in recent years. This method repurposes plant waste to create environmentally friendly leather alternatives. Common plant-based materials include apple waste, mushroom mycelium, cork leather, and pineapple fibers. These materials are characterized by their natural degradability and higher production costs.

Generally, a waterproof backpack should have better water resistance than a water-resistant backpack.

 

A waterproof backpack can withstand temporary submersion without leaking, while a water-resistant backpack only resists splashes or light rain.

A waterproof backpack should meet at least IPX7 water resistance, while a water-resistant backpack only needs to meet IPX4.

 

IP Rating Explanation

The IP rating is an internationally recognized standard for water resistance, set by the International Electrotechnical Commission (IEC). The higher the IP rating, the better the water resistance. There is no strict standard in the backpack industry specifying what IP rating a product must have to be called "waterproof," so the difference between waterproof backpack and water-resistant backpack comes from a common understanding of these terms.

IPX7 vs IPX4 Testing Process

IPX7: The backpack’s zippers are closed, and it is submerged in water up to a depth of one meter (measured from the top of the backpack) for 30 minutes. Afterward, the backpack is taken out, and the interior should remain dry.

IPX4: The backpack is closed and sprayed with water in all directions (front, back, left, right, up, down) for 5 minutes in each direction, with a water flow rate of 10 liters per minute. After the test, the interior should remain dry.

 

It is clear that a IPX4 rated water-resistant backpack is sufficient for everyday situations, such as encountering rainy or damp weather. On the other hand, a IPX7 rated waterproof backpack is more suited for professionals who work in extreme conditions.

Global Aerosol Can Production

According to the statistical report of the European Aerosol Alliance (FEA), the total global aerosol can production in 2023 will exceed 15.5 billion cans, ranking first in the world in terms of production in Europe. The total production has slightly decreased compared to last year, reaching about 5.288 billion cans, with the UK, Germany, and France accounting for over 55% of all aerosol production in Europe. In addition, major aerosol producing countries such as Italy, the Netherlands, and Spain produced over 4 billion cans of aerosols in 2023.

The United States ranks second in the world in aerosol production, with a total production of approximately 3.752 billion cans. China ranks third in the world in terms of aerosol production. According to the latest statistics from the Aerosol Professional Committee of the China Packaging Federation, the annual production of aerosols in China will be approximately 2.475 billion cans in 2023. Brazil ranks fourth in the world in aerosol production, with a total production of approximately 1.202 billion cans, while Argentina ranks fifth with a total production of 864 million cans.

Proportion of European aerosol product types

Personal care and home care aerosol products account for over three-quarters of the total aerosol production in Europe. The proportion of personal care aerosol products reached 56.4%, while the proportion of home care products was 19.4%. Aerosol packaging containers are mainly made of iron and aluminum aerosols, while glass and plastic containers are still in a peripheral position.

Among personal care products, the production of deodorizers/antiperspirants accounts for the highest proportion, with a production of over 1.783 billion cans. Next is hair gel ➡ Hair mousse → Shaving mousse/gel.

Among household care products, air fresheners have the highest proportion, with a production of over 470 million cans. Next is insecticide/plant protection ➡ Care products (fabrics, furniture, leather, shoes, textiles, etc.) → Other products → Cleaning products.

Among the other categories of aerosol products, paint&varnish has the highest proportion, with a total production of about 324 million cans, followed closely by industrial and technical supplies with an annual production of about 284 million cans, food aerosols with a production of about 259 million cans, and automotive supplies with a production of about 182 million cans. The total amount of pharmaceutical and animal care products is approximately 109 million cans.

Aerosol cans are convenient for dispensing a variety of products, from paints and lubricants to cleaning agents and cosmetics. However, once they’re empty, many people simply throw them away. But did you know that some aerosol cans can be safely refilled and reused? Refilling can save money and reduce waste, but it must be done carefully to avoid hazards.



In this guide, we’ll walk you through the steps to safely refill an aerosol can.



Is It Safe to Refill an Aerosol Can?

Before attempting to refill an aerosol can, consider the following:

Check the can’s design – Some aerosol cans are designed for single use only and cannot be safely refilled. Look for refillable models or cans with a refill valve.

Use compatible products – Only refill with the same type of product (e.g., don’t mix paint with lubricant).

Work in a well-ventilated area – Aerosol propellants can be flammable or toxic.

Wear protective gear – Gloves and safety goggles are recommended.

If in doubt, consult the manufacturer’s guidelines.

Steps to Refill an Aerosol Can

Materials Needed:

Empty aerosol can (ensure it’s clean and depressurized)
Refill product (same type as original)
Aerosol can refill adapter (available online or at hardware stores)
Funnel (if needed)
Safety gloves & goggles

Step-by-Step Process:

1. Release All Pressure
- Shake the can to ensure it’s empty.
- Press the nozzle until no more gas or product comes out.

2. Remove the Nozzle
- Carefully pry off the plastic spray nozzle using a small flathead screwdriver.

3. Attach the Refill Adapter
- If using a refill adapter, connect it to the can’s valve stem.
- If refilling manually (without an adapter), use a small funnel to pour the liquid into the can.

4. Add the New Product
- Slowly transfer the new product into the can, leaving some space for propellant (if applicable).
- Avoid overfilling—leave about 20% empty to allow for pressure buildup.

5. Re-pressurize (If Needed)
- Some refillable aerosol cans require adding a new propellant (like compressed air or butane).
- Use a propellant charger if necessary, following safety instructions.

6. Reattach the Nozzle & Test
- Secure the nozzle back in place.
- Shake well and test-spray in a safe direction.

Safety Precautions
- Never puncture or weld an aerosol can – This can cause explosions.
- Avoid open flames– Propellants are often flammable.
- Dispose of damaged cans properly – Take them to a hazardous waste facility if unusable.

Refilling an aerosol can can be an eco-friendly and cost-effective solution, but it must be done with caution. Always prioritize safety and follow proper procedures. If you’re unsure, consider purchasing a refillable aerosol system instead.

Guangdong Sihai Iron-Printing & Tin-Making Co., Ltd. was founded in 1998, is a professional Aerosol Tin Cans manufacturer. We specialize in tinplate trading, coil cutting, coating, printing and tin-making for more than 27 years.

Our factory has 2 advanced Japan Fuji PRIMEX-F452 printing lines, 2 paint lines and 9 tin-making lines, and more than 20 automatic punching machines and plastic injection machines, with an annual production capacity of 300 million cans.

Now our factory plan to add a 4-color(CMYK) printing line in May 2025. At that time, it will further increase our capacity and offer the shorter delivery times to our customers.

If you have any needs in the empty aerosol tin cans, please feel free to contact us for consultation at any time！

The fun of camping is not only about getting close to nature, but also about enjoying every moment of the outdoors. A comfortable chair can often be the finishing touch of the camping experience. Among the many camping chairs, the moon chair, Kermit chair and sea dog chair stand out with their respective advantages and become popular candidates for comfortable choices.

The camping moon chair has become a favorite of camping enthusiasts with its unique wrapping feeling and lightness. Its high backrest design fits the curve of the human body, and when sitting down, it feels like being supported by clouds, with a strong sense of wrapping. The moon chairs of brands such as Feistel and Mogokudi use 600D stretch Oxford cloth or tear-resistant fabric, which not only ensures comfort but also takes into account durability. Some models also add a breathable mesh design to solve the problem of stuffiness during long-term riding. The Triangle Bracket Aluminum Outdoor Portable Folding Chair has become the first choice for backpackers with its lightweight design of 879g, while the Mogokudi moon chair is more stable with its 3kg self-weight and solid iron pipe spray-painted frame.

The Kermit chair is known for its appearance and practicality. The combination of its original wood color frame and aluminum alloy structure not only retains the natural texture but also reduces the weight. The Foldable Kermit Lightweight Garden Camping Chairs uses an all-aluminum alloy chair frame with a 600D tear-resistant seat surface, which takes into account both lightness and durability. The Kermit chair of Mogodi wins with its detailed design. The chair legs are reinforced and it comes with a small storage pocket, which improves the convenience of use. However, the storage volume of the Kermit chair is larger, which is more suitable for self-driving camping or family travel.

The Sea Dog Chair represents the comfort benchmark of high-end camping chairs. Its adjustable backrest design allows users to switch between sitting and lying positions freely according to their needs, truly realizing "one chair for multiple uses". Feistel's four-speed adjustable Sea Dog Chair, through the combination of carbon fiber frame and Dyneema fabric, ensures stability while being lightweight. Some brands have also added head support and widened seat surface design to further improve comfort. However, the price of Sea Dog Chairs is generally high, and the weight is relatively large, which is more suitable for users who have high requirements for comfort.

From user feedback, comfort is often closely related to the usage scenario. For example, when camping on the beach, the anti-sinking leg design of the Mogodi Moon Chair can effectively prevent sinking into the sand; while at family gatherings, the spacious seat and appearance of the Kermit Chair are more popular. For hiking campers who need to carry for a long time, the lightweight advantage of the Feistel Moon Chair is particularly important.

Overall, there is no fixed answer to the most comfortable chair for camping. The Moon Chair is suitable for users who pursue lightness and wrapping, the Kermit Chair is a balanced choice between appearance and practicality, and the Sea Dog Chair represents the ultimate pursuit of comfort. When choosing, you need to weigh according to your own needs: if you focus on portability, the Moon Chair is the first choice; if you pursue appearance and family use scenarios, the Kermit Chair is more suitable; and for users who have extreme requirements for comfort, the Sea Dog Chair is the best choice. In the end, a chair that allows you to completely relax outdoors is truly your "comfortable choice".

Digital outdoor watches offer a blend of functionality and convenience.

 

They are lightweight (NORTH EDGE ALPS), making them comfortable to wear during long - distance runs, cycling adventures, or kayaking trips. The digital interface provides clear and easy - to - understand information, such as the current time, date, and elapsed time. Many digital outdoor watches have a stopwatch function, useful for timing races or workouts.

They also often include a multi - time zone feature, which is handy for travelers exploring different regions. Some models come with a built - in altimeter, which can measure altitude changes, perfect for mountain climbers or hikers. With their energy - efficient displays and reliable performance, digital outdoor watches are a popular choice for outdoor enthusiasts on the go.

 

NORTH EDGE is a leading provider of multifunctional outdoor watches and smartwatches, dedicated to serving outdoor enthusiasts worldwide. With our commitment to innovation, style, and reliability, we have established ourselves as a trusted brand in the competitive landscape of outdoor timepieces.

 

Hand care products like lotions, creams, and sanitizers require packaging that balances functionality, portability, and brand appeal. Choosing the right Hand care tube size and capacity isn’t just about aesthetics—it’s about optimizing user experience, reducing waste, and maximizing sales. This blog breaks down the key factors brands should consider when selecting hand care tubes.

 

1. Understand Usage Habits & Consumer Needs

Hand care products are used frequently, so size directly impacts convenience:

Portable sizes (30–50ml): Ideal for on-the-go use (e.g., travel, gym bags). Smaller tubes fit easily in pockets or purses.

Family sizes (100–200ml): Targeted at home use, offering better value per unit.

Industrial sizes (500ml+): For commercial spaces like hotels or offices.

Example: A European brand saw a 25% increase in travel-sized hand sanitizer sales after switching to 30ml tubes with flip-top caps.

 

2. Match Capacity to Formula Type

The thickness and application method of your product influence tube size:

Liquid/gel formulas (e.g., sanitizers): Require 10–15mm openings for smooth dispensing. Smaller tubes (30–60ml) prevent spills.

Thick creams (e.g., intensive lotions): Need 15–20mm openings to avoid clogs. Larger tubes (80–120ml) reduce refilling frequency.

 

 

3. Optimize for Shelf Appeal & Brand Identity

Size affects how your product stands out on shelves:

Premium brands: Sleek, minimalist 50–80ml tubes with matte finishes convey luxury.

Mass-market brands: Bold-colored 100–150ml tubes with ergonomic grips attract budget-conscious buyers.

Eco-friendly brands: Lightweight 50ml tubes made from recycled materials align with sustainability messaging.

 

4. Consider Manufacturing & Cost Efficiency

Balancing size and production costs is critical:

Smaller tubes (30–50ml): Lower material costs but higher per-unit filling expenses.

Larger tubes (100–200ml): Reduce packaging waste and shipping costs per liter.

Custom shapes: Oval tubes (e.g., 80ml) may cost 10–15% more but enhance grip and differentiation.

 

5. Global Market Trends & Regional Preferences

Consumer expectations vary by region:

North America: Larger sizes (100–150ml) dominate due to family-oriented purchasing.

Europe: Smaller travel sizes (30–50ml) are popular for commuters and eco-conscious buyers.

Asia-Pacific: 50–80ml tubes with decorative prints appeal to younger demographics.

 

6. Sustainability-Driven Sizing

Eco-friendly packaging trends impact tube design:

Lightweight tubes: Reduce plastic use by 30% without compromising durability.

Refillable systems: Pair small 30ml tubes with 200ml bulk refills to cut waste by 70%.

 

Selecting the right hand care tube size and capacity requires balancing consumer needs, product type, and business goals.

 

Runk specializes in customized facial care tube packaging. With 16 years of expertise, we offer high-quality solutions using the latest equipment. Affordable pricing for premium cosmetics brands.

Facial care products like creams, serums, and masks are vulnerable to contamination from bacteria, air, and moisture. As a brand, your packaging choice directly impacts product safety, shelf life, and customer trust. This blog outlines essential features of facial care tubes that prevent contamination—backed by science and real-world results.

 

1. Material Matters: Choose Bacteria-Resistant Materials

Generic plastic tubes can harbor germs, but specialized facial care tubes use advanced materials to combat contamination:

Food-grade plastics: HDPE, PP to ensure no chemical leaching.

Antimicrobial coatings: Silver-ion technology reduces bacterial growth by 99.9% .

Barrier layers: EVOH or aluminum composites block oxygen and UV light, preserving active ingredients like niacinamide or hyaluronic acid.

Case study: A U.S. skincare brand saw a 40% drop in product recalls after switching to our antimicrobial tubes.

2. Sealing Technology: Airtight & Tamper-Evident

Loose caps or leaky seals invite air and microbes. Look for these features:

Triple-seal closure: Combines screw caps, inner liners, and induction seals to prevent oxygen ingress.

Vacuum piston systems: Keep products isolated from air, extending shelf life by 30% compared to jars.

 

 

3. Design for Hygiene: No-Dip & No-Touch

Traditional jars require finger dipping, spreading bacteria. Facial care tubes eliminate this risk:

Squeeze-to-dispense design: No need to touch the product. Our micro-nozzle tubes release 0.5ml per use—perfect for face application.

Flat tip applicators: Reduce residue buildup and minimize contact with skin.

Ergonomic shape: Fits comfortably in hand, preventing spills during use.

4. Customization for Formula Protection

Different facial formulas need tailored solutions:

Light-sensitive products: UV-blocking pigments (e.g., amber or opaque plastics) shield retinoids and vitamin C.

Water-based creams: Moisture-resistant layers prevent hydrolysis.

5. Sustainability & Compliance: Eco-Friendly and Safe

Modern consumers demand both safety and sustainability:

Recyclable materials: Our PCR (post-consumer recycled) tubes cut plastic waste by 50%.

 

Investing in contamination-resistant facial care tubes is non-negotiable for brands serious about product quality and customer loyalty.

Runk has helped 150+ brands globally reduce contamination-related issues by 60% through innovative packaging.