Development History of Laminate Tube Packaging in China

The development of China's laminate tube packaging industry represents a classic "Made in China" upgrade path—evolving from complete reliance on imports, to imitation and learning, then to independent innovation, ultimately reaching world-leading standards. Its growth is deeply rooted in the rise of domestic industries such as daily chemicals, pharmaceuticals, and food.

Phase 1: The Foundational and Enlightenment Period (Before the 1970s)

Context:

During this period, products like toothpaste and ointments in China primarily used aluminum tubes (tin tubes, later replaced by aluminum tubes). Laminate tubes (made from multiple layers such as plastic and aluminum foil) were already in use in Europe and America, but were virtually non-existent in China.

Key Event:

1976: To meet the packaging needs of high-end export products, Shanghai Toothpaste Factory imported the first composite tube production line from Germany (then West Germany). This is regarded as the "enlightenment event" for composite tube packaging in China. This production line was mainly used to manufacture toothpaste packaging for brands like "Maxam," introducing the domestic industry to this new form of packaging.

Phase 2: Introduction and the Beginning of Localization (1980s)

Context:

After the reform and opening-up, living standards improved, and demand for daily chemical products surged. Aluminum tubes had drawbacks such as susceptibility to corrosion, poor rebound, and a plain appearance. In contrast, composite tubes offered advantages like an attractive appearance, high-quality printing, good rebound resistance, and corrosion resistance, leading to emerging market demand.

Key Event:

Throughout the 1980s: Early Chinese packaging enterprises, represented by companies like Shanghai Sanying Packaging Materials Co., Ltd. (founded in 1985), began attempting localized production of composite tubes through technical cooperation or by importing second-hand equipment. During this period, equipment and raw materials (e.g., aluminum foil, films) still heavily relied on imports. Both product quality and production capacity were in an exploratory phase.

Phase 3: Growth and Popularization Period (1990s)

Context:

Foreign daily chemical brands (e.g., P&G, Unilever) entered the Chinese market on a large scale, bringing strong demand for high-performance composite tubes. They also introduced international quality standards and design concepts, greatly stimulating the development of the domestic supply chain.

Key Events:

Early 1990s:Domestic packaging machinery manufacturers began imitating and developing composite tube production equipment, lowering the industry entry barrier.

1993:Aluminum-plastic composite tubes became the mainstream technological route, widely used in toothpaste and ointments, gradually replacing most of the aluminum tube market.

Mid-to-late 1990s: Domestic raw material industries (e.g., BOPP film, PE, inks) made progress. The supply chain gradually localized, costs decreased, and this drove the application of composite tubes in more mid-range products.

Phase 4: Technological Upgrade and Market Expansion Period (2000-2010)

Context:

China's accession to the WTO led to the full integration of its manufacturing sector into the global system. The packaging industry entered a golden period of development, with accelerated technological iteration.

Key Events:

1). Early 2000s: All-plastic composite tube technology began to emerge. Valued for being fully squeezable, leaving minimal product residue, and being more environmentally friendly and recyclable (no need to separate aluminum layers), it gained popularity in high-end skincare and daily-use products.

2). Around 2005: The application of high-barrier materials (e.g., EVOH) was promoted. This enabled composite tubes to package products sensitive to oxygen and moisture, such as ointments, functional foods (e.g., fruit purees, yogurt), and high-end cosmetics, greatly expanding the application fields.

3). The adoption of processes like digital printing and screen printing made tube exterior designs more exquisite and diverse, becoming an important part of brand marketing.

During this phase, a group of domestic industry leaders represented by Shanghai Sanying, Guangdong Yingtuo (HTP), and Guangdong Changyi rose to prominence. They possessed complete production capabilities from materials to finished products and began exporting overseas.

Phase 5: Innovation and Sustainable Development Period (2010 to Present)

Context:

Consumption upgrades, the explosion of e-commerce logistics, and stricter environmental regulations (e.g., "plastic restriction orders") have placed higher demands on packaging.

Key Events and Trends:

1). Material and Structural Innovation:

2). Sustainable Materials: The use of bio-based plastics (e.g., PLA) and post-consumer recycled (PCR) materials in tubes has become a key R&D focus.

3). Mono-material Recyclable Tubes: To comply with plastic strategies in regions like the EU, developing easily recyclable tubes with a single polyolefin structure has become the industry's cutting-edge challenge.

4). Functional Enhancements: Tubes with special effects like UV protection, antibacterial properties, and matte finishes continue to emerge.

5). Smart Manufacturing: The level of automation and intelligence in production lines has significantly increased. Integrated online inspection and traceability systems (QR codes/RFID) have become standard configuration.

Extreme Segmentation of Application Scenarios:

1). Food Sector: Stand-up food tubes for mustard, salad dressing, and nutritional supplements have become widespread.

2). Pharmaceutical Sector: Aseptic, low-moisture-vapor-transmission ointment tubes compliant with GMP standards.

3). Household Sector: Extra-large capacity industrial tubes for products like adhesives and hair dye.

4). Representative Achievement: China has become one of the world's largest producers and consumers of composite tubes. The technology, equipment, and quality of leading domestic enterprises are now synchronized with top international levels, and they serve major global brands.

Conclusion

The development history of composite tube packaging in China is a history of leaps—from "the first import in 1976" to "leading sustainable innovation in the 2020s." The driving forces are:

Pull from Downstream Industries (prosperity of the daily chemical, pharmaceutical, and food sectors).

Technology Import and Independent Innovation (from importing equipment to independent R&D across the entire industry chain).

Market Demand and Regulatory Drivers (consumption upgrades and environmental requirements).

Currently, China's laminate tube industry is in a new phase of transformation and upgrading, centered on "greening, intelligence, and functionalization." It will continue to play a key role in the global packaging landscape.