Biodegradable materials innovate the gift industry, leading to a green future for eco-friendly folders and document cases.

05/02/2026

In the gift industry, folders and ID holders have long dominated the market using plastic as the primary material for practical gifts. However, with increasing environmental awareness, the disposable nature of traditional plastic products is gradually being phased out, and an industry transformation centered on biodegradable materials is quietly reshaping the direction of gift design.

Key Takeaways

Traditional plastic materials cause environmental issues due to their difficulty in degrading, and as environmental awareness rises, the gift industry is beginning to shift towards biodegradable materials in search of alternatives.
Biodegradable plastics like PLA and PBS are suitable for lightweight gifts like folders and ID holders, possessing good printability and tear resistance, while production costs are gradually approaching those of traditional plastics, promoting industry transformation.
Awareness of eco-friendly gift terminology is gradually increasing, and companies' biodegradable material products not only meet practical needs but also enhance brands' social responsibility image, reinforcing the eco-friendly attributes of the gifts.

1. The Limitations of Traditional Materials and the Rise of Environmental Demand

Previously, the production of folders and ID holders relied on petroleum-based plastics (such as PP and PVC). These materials are low-cost and durable but cause environmental pollution due to their difficulty in degrading. In the gift industry, many companies enhance product quality by applying coatings or adding plasticizers, further burdening the environment. In recent years, international brands and domestic regulations have explicitly called for plastic restrictions, prompting gift manufacturers to seek alternatives. The rise of biodegradable plastics conveniently provides a technical pathway.

2. Core Characteristics and Compatibility of Biodegradable Plastics

Biodegradable plastics are mainly divided into two types: one is bio-based materials (such as PLA corn starch plastic), and the other is petroleum-based biodegradable materials (such as PBS). The former derives its raw materials from plants and returns to nature after decomposition, while the latter accelerates decomposition through chemical structure design. For lightweight gifts like folders and ID holders, PLA's flexibility and thermoforming process are perfectly compatible, meeting surface treatment needs such as printing and hot stamping while enhancing tear resistance by adjusting the formulation. PBS, due to its high-temperature resistance, is more suitable for ID holder designs that require repeated bending.

3. Breakthroughs in Centralized Procurement and Customized Design

The core of the gift industry lies in customization. Previously, biodegradable materials were often used for high-end gift lines due to high production costs. However, with scaled applications, the price gap has narrowed to 20%-30%, providing an opportunity for small and medium-sized gift businesses to transform. When enterprises procure biodegradable folders, they can request suppliers to integrate the brand logo's embossed texture in the mold design phase, maintaining the quality of traditional plastics while meeting eco-certification requirements. Some manufacturers have also developed semi-transparent frosted or matt linen-textured biodegradable materials, visually distinguishing gifts from ordinary plastic products and further enhancing market appeal.

4. Dual Acceptance from Consumers and Enterprises

The promotion of eco-friendly gifts has faced cost-performance controversy—are consumers willing to pay a premium for eco-friendliness? However, market feedback indicates that for low-priced gifts like folders and ID holders, users pay more attention to practicality and added value. When companies highlight biodegradable materials as a selling point and note in product descriptions that they decompose in the soil in 180 days, this information is often used in brand promotional materials, indirectly enhancing the company's ESG (Environmental, Social, Governance) image. For end users, the eco-friendly attributes of such gifts enhance their significance as souvenirs, such as conference ID holders and trade show giveaways, where biodegradable materials become a unique selling point.

5. Industry Challenges and Technical Iteration Direction

Despite the optimistic outlook, biodegradable materials still need to overcome two major issues: the tendency to become brittle in low-temperature environments and potential discoloration after prolonged sun exposure. Currently, some domestic material manufacturers have enhanced low-temperature resistance by adding nano calcium carbonate or plant fibers, and collaborate with gift manufacturers to develop gradient color solutions, transforming discoloration characteristics into design elements— for example, allowing folders to present a semi-transparent gradient in sunlight, which enhances visual uniqueness.

6. The Green Future Vision of the Gift Industry

This material revolution is reshaping the supply chain system of the gift industry. Upstream suppliers are beginning to provide specialized R&D services for biodegradable materials, while downstream companies are increasingly focusing on comprehensive lifecycle management of materials. A certain gift company has launched an eco-friendly folder set with accompanying plant seed paper, allowing users to bury the folder with seeds for composting after disposal, creating a closed-loop ecological concept. While such innovations do not involve high technology, they achieve the dissemination of environmental concepts through simple combinations of materials and designs.

In the future, as the performance of biodegradable plastics continues to optimize, the gift industry may welcome more seamless designs—after the product's usage cycle ends, the materials naturally return to the environment without relying on recycling systems. Folders and ID holders, being frequently replaced gifts, are precisely the testing ground for industry transformation. As consumers gradually adapt to the perception that materials are eco-friendly, the gift industry will shift from a gifting economy to a responsibility economy, conveying the values of sustainable development with every gift.

The revolution brought about by biodegradable materials has allowed the gift industry to find a balance between practicality and commercial value while maintaining functional utility. It concerns material replacement but is also a reassessment of the entire industry's social responsibility, as a small folder backboard becomes an environmental declaration, and the meaning of a gift surpasses its material existence.

Frequently Asked Questions (FAQ)

Q1：What are biodegradable materials and their applications in the gift industry?
A1：Biodegradable materials are those that can naturally decompose, such as bio-based materials (PLA) and petroleum-based biodegradable materials (PBS), which are used in the gift industry to produce folders and ID holders as alternatives to traditional plastics.

Q2：Why are traditional plastics gradually being phased out in the gift industry?
A2：Traditional plastics cause environmental pollution due to their difficulty in degrading. With rising environmental awareness, the market's demand for sustainable products increases, forcing companies to comply with legal requirements and changing consumer preferences, thus phasing out traditional plastic products.

Q3：How can production costs of biodegradable materials be reduced to promote usage?
A3：With the scaling application of biodegradable materials, the price gap has narrowed to 20%-30%, providing an opportunity for small and medium-sized gift businesses to transform, while companies can integrate brand characteristics into mold designs to enhance competitiveness.

Q4：How will the gift industry achieve green transformation in the future?
A4：In the future, the gift industry will focus more on comprehensive lifecycle management of materials, promote seamless design concepts, and through the continuous optimization of biodegradable materials, achieve natural return to the environment after product use, transitioning to a responsibility economy.

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