Supply Chain Data Collection in Plastics Manufacturing: Key Trends, Pain Points & Solutions

TL;DR

Plastics and packaging manufacturers face mounting pressure from regulations like PFAS restrictions and CSRD reporting requirements, yet most still struggle with slow material evaluations, poor supplier data quality, and manual processes. Market research shows 58% now use third-party software for supply chain data collection - and 100% of those surveyed plan to increase spend. This article breaks down the top pain points, emerging trends, and how technology is closing the gap. 

Key Takeaways 

• 58% of packaging manufacturers now use third-party software for supply chain data collection. 
• 67% of those users onboarded their solution within the last three years. 
• 100% of surveyed plastics and packaging manufacturers expect to increase spend on data collection tools over the next two years. 
• 29% anticipate that spend will increase by more than 10% annually. 
• 51% → 18%: The share of manufacturers operating without a third-party solution is expected to drop from roughly half to less than one in five within three years. 

Supply Chain Data Collection in Plastics Manufacturing: Key Trends

The plastics and packaging industry is under immense pressure. From evolving regulations like PFAS restrictions to growing consumer demands for sustainable materials, manufacturers must navigate a complex landscape. At the heart of meeting these challenges is one critical capability: effective supply chain data collection. Without visibility into what goes into your products, ensuring compliance and meeting sustainability goals becomes nearly impossible. 

This article explores the current state of the industry for plastics, packaging, and pulp & paper manufacturers. We will unpack recent market research findings that highlight the specific pain points your peers are facing and reveal how forward-thinking companies are leveraging technology to stay ahead. Whether you are a product compliance manager struggling with supplier responses or a sustainability manager tasked with carbon foot-printing, these insights will help you benchmark your strategies against the wider market. 

What Is the Current State of Plastics and Packaging Manufacturing? 

When we talk about packaging manufacturers, we are casting a wide net that includes producers of plastics, containers, and pulp and paper products. This sector faces a unique dual challenge: strict chemical compliance requirements and aggressive sustainability targets. 

The buying committees in these organizations are complex. Decisions often involve input from product compliance managers, sustainability leads, and supply chain directors. They must balance immediate regulatory needs-such as EU REACH Authorization-with long-term corporate social responsibility goals like the Corporate Sustainability Reporting Directive (CSRD). 

This balancing act creates significant friction. Manufacturers need granular data to prove compliance, but they also need broad, high-level data to calculate environmental impacts. Achieving both simultaneously requires a robust data collection strategy that many organizations are still struggling to build.

What Are the Top Pain Points in Supply Chain Data Collection? 

Recent market research into the plastics and packaging sector reveals a consistent set of challenges. If you feel overwhelmed by the volume of data requests or the lack of supplier responsiveness, you are not alone. 

1. Evaluating New Materials Takes Too Long

The number one pain point reported by manufacturers is the inability to evaluate new materials for compliance and sustainability objectives quickly. In a market where speed-to-market is critical, delays in material approval can stall product launches and result in lost revenue. 

2. Keeping Up with Regulatory Change

Staying on top of new and changing regulations is a constant struggle. With global standards shifting rapidly-especially regarding substances like per- and polyfluoroalkyl substances (PFAS)-manual tracking methods are no longer sufficient. 

3. Poor Supplier Response Quality

Even when suppliers do respond, the quality of the data is often lacking. Incomplete declarations or outdated certificates force compliance teams to go back and forth, wasting valuable time that could be spent on strategic initiatives. 

4. Complex Product Catalog Analysis

For manufacturers with extensive product catalogs, analyzing every SKU for compliance is a massive undertaking. Many find it incredibly time-consuming and complicated to audit their existing portfolio against new rules. 

How Is the Industry Shifting Toward Software Solutions? 

To address these pain points, the industry is moving decisively toward technology. The days of managing supply chain data via spreadsheets and email are fading. 

Rapid Adoption of Third-Party Software 

According to recent surveys, 58% of packaging manufacturers now use third-party software to handle supply chain data collection. This is not a legacy trend; it is a recent shift. Of those users, 67% onboarded their solution within the last three years. This points to a growing recognition that manual processes cannot scale to meet modern demands. 

Increasing Investment 

The financial commitment to these tools is also rising. 

• 100% of surveyed plastics and packaging manufacturers anticipate their spend on third-party supply chain data collection solutions will increase over the next two years. 

• 29% anticipate spend to increase by more than 10% each year. 

Why the Increase in Spend? 

The drivers behind this investment are clear. Manufacturers cite the “addition of services,” such as managed data collection, and “increases in the scope of regulations” as the top reasons for spending more. Companies realize that they cannot simply throw more people at the problem; they need smarter tools and expert support. 

Three years ago, an estimated 51% of manufacturers operated without a third-party solution. In the next three years, only 18% expect to remain without one. This dramatic shift underscores that digital transformation in compliance is no longer optional-it is a competitive necessity. 

How Do Modern Compliance Platforms Solve These Challenges? 

For organizations facing these hurdles, the right technology partner can transform operations. Here is how advanced platforms like 3E Exchange address specific industry pain points. 

Scalable, Reusable Supplier Surveys 

One of the biggest drains on efficiency is asking suppliers for the same data repeatedly. Modern platforms allow for scalable, reusable surveys. Once a supplier provides data for a material, that information can be applied across every product that uses it. This “ask once, use many” approach significantly reduces supplier fatigue. 

Improving Supplier Engagement 

Supplier support is critical. Platforms designed with the user experience in mind make it easier for suppliers to respond. Features that allow suppliers to upload their own documentation easily or reference standard industry data can drastically improve response rates. 

Expert Managed Services 

Sometimes, software alone isn’t enough. When suppliers are unresponsive, expert managed supply chain data collection services can bridge the gap. Teams like those at 3E offer 24/7 in-language support, chasing down data from global suppliers so your internal team doesn’t have to. This ensures you get the data you need without burning out your staff. 

Horizon Scanning Capabilities 

To solve the issue of changing regulations, horizon scanning tools monitor the global regulatory landscape. These tools alert you to upcoming changes that affect your specific materials, allowing you to pivot before a new law goes into effect. 

Data for CSRD and SVHCs 

With the rise of the Corporate Sustainability Reporting Directive (CSRD), manufacturers need detailed data on Substances of Very High Concern (SVHCs) and carbon footprints. Comprehensive compliance management software integrates these metrics into the standard data collection process, ensuring you can report on sustainability alongside chemical safety. 

What Does the Future Look Like for Supply Chain Data Collection? 

The trajectory for plastics and packaging manufacturers is clear: data transparency is becoming the standard. 

We anticipate a future where supply chain data collection is fully integrated into the product lifecycle. The manufacturers who succeed will be those who view compliance not as a box-checking exercise, but as a strategic asset. By investing in scalable tools now, organizations can build resilience against future regulatory shocks. 

We also expect a tighter integration between compliance and sustainability. As regulations like the EU Ecodesign for Sustainable Products Regulation (ESPR) come into force, the line between “safe” and “sustainable” will blur. Data collection systems must be flexible enough to handle this convergence. 

Conclusion 

The plastics and packaging industry is at a pivot point. The challenges of evaluating new materials, managing supplier responses, and keeping up with regulations like PFAS and REACH are significant, but they are solvable. 

The market data confirms that your peers are moving away from manual processes and embracing third-party software to secure their supply chains. With 100% of surveyed manufacturers planning to increase investment in this area, sticking to the status quo is a risk you cannot afford to take. 

By leveraging solutions like 3E Exchange, you can automate mundane tasks, improve supplier relationships, and ensure your products remain compliant and competitive. The future of manufacturing belongs to those who control their data. 

Ready to streamline your compliance process? Learn more about how 3E Exchange supports plastics and packaging manufacturers. 

Frequently Asked Questions

What is supply chain data collection in plastics manufacturing? Supply chain data collection is the process of gathering chemical composition, regulatory compliance, and sustainability data from suppliers across your value chain. In plastics manufacturing, this includes tracking substances like PFAS, documenting SVHC presence, and collecting carbon footprint metrics to meet reporting obligations under frameworks like REACH and CSRD. 

Why are plastics manufacturers increasing spend on compliance software? Two primary factors are driving increased investment: the expanding scope of global regulations and the addition of managed services like expert-led supplier outreach. Manual methods such as spreadsheets and email can no longer scale to meet the volume and complexity of modern compliance requirements, making purpose-built software a competitive necessity. 

What are the biggest challenges in collecting supplier data? The four most common challenges reported by manufacturers are slow evaluation of new materials, difficulty keeping up with changing regulations, poor quality or incomplete supplier responses, and the complexity of auditing large product catalogs against evolving rules. Each of these creates delays that can stall product launches or expose companies to compliance risk. 

How does PFAS regulation affect plastics supply chains? Per- and polyfluoroalkyl substances (PFAS) are facing increasing restrictions globally. Plastics manufacturers must identify whether PFAS are present in their materials, which requires detailed substance-level data from suppliers. As bans and restrictions expand, companies without robust data collection processes risk non-compliance, product recalls, or loss of market access. 

What should manufacturers look for in a supply chain data collection platform? Key capabilities to evaluate include scalable and reusable supplier surveys, built-in regulatory horizon scanning, managed data collection services for unresponsive suppliers, and integrated support for both chemical compliance and sustainability reporting. A strong platform should reduce supplier fatigue while giving compliance and sustainability teams a single source of truth. 

Read more in this series: 

• Considerations & Trends in Supply Chain Data for Retail 

• Supply Chain Data Collection Trends in Electronics 

• Data Collection Trends in the Built Environment