Summary: The GHS labeling system creates standardized chemical safety procedures through its use of pictograms, signal words, and hazard statements. The combination of static labels with manual errors, inadequate training, and disconnected systems creates risks that result in non-compliance. GHS implementation needs accurate and current labeling systems, which multiple systems must use to achieve consistent operations that enhance safety and decrease mistakes, and enable businesses to meet their compliance requirements.
Walk through any warehouse or production floor handling chemicals, and one thing stands out—labels are everywhere. But not all of them are reliable.
All organizations treat labeling as a task that requires completion only once. The process creates hazardous conditions through chemical mislabeling, which results in safety risks and compliance deficiencies and leads to manual mistakes. In fact, over 32 million workers are exposed to hazardous chemicals in the workplace, according to OSHA—making accurate labeling a critical safety requirement, not just a compliance task.
The problem occurs because labels exist, but they fail to meet system requirements through SDS and inventory links, and their proper label usage.
The Globally Harmonized System (GHS) established a chemical labeling system that uses pictograms and signal words, and hazard statements to create a universal safety vocabulary.
Standards do not provide sufficient solutions. The GHS labeling system only works when the labeling stays accurate and up to date. Lowry Solutions delivers automated labeling systems that maintain compliance through their system integration while creating adaptable labels that change with operational needs.
Where GHS Labeling Fails in Practice
On paper, GHS is clear. In practice, things break down quickly.
Static Labels in a Dynamic Environment
Chemical inventory doesn’t stay still. Materials move between locations, get repackaged, or change classification over time.
Labels, however, are often static.
They’re printed once and never updated. That means outdated hazard information can remain in circulation long after it’s no longer accurate. In environments where safety depends on correct data, that’s a serious risk.
Human Error in Manual Processes
Manual labeling introduces small mistakes that can have big consequences.
Common issues include:
- Incorrect signal words
- Missing hazard statements
- Outdated classifications
Most chemical-related incidents can be traced back to human error at some stage. Labeling is no exception. When processes rely heavily on manual input, inconsistency becomes inevitable.
Weak Hazard Communication
Even when labels exist, they don’t always communicate effectively.
Employees may not have easy access to updated SDS information. Training on pictograms may be inconsistent. Data is often spread across departments instead of being centralized.
The result? Workers rely on assumptions instead of verified information.
Failure to Update Labels
GHS is not a one-time setup. It requires continuous updates as classifications evolve.
Many organizations struggle here. They continue using older label formats or outdated hazard data because their systems don’t support real-time updates.
Static processes simply can’t keep up with changing compliance requirements.
Misinterpretation of Pictograms
Pictograms are meant to provide instant visual recognition of hazards. But that only works if people understand them.
Without proper training or consistency, symbols can be misinterpreted. That leads to incorrect handling decisions—defeating the entire purpose of the label.
Label Quality and Placement Issues
Even accurate labels fail if they don’t hold up physically.
Common problems include:
- Labels that fade or peel in harsh environments
- Poor print quality that affects readability
- Labels are placed in areas where they’re not easily visible
When labels degrade, so does safety.
Lack of Integration (The Root Cause)
Most of these problems come back to one issue—disconnected systems.
Labeling is often separate from:
- Hazard data
- Compliance tracking
There’s no single source of truth.
Without integration, consistency is almost impossible to maintain.
What a Fully Compliant GHS Label Actually Requires
A GHS label isn’t flexible. It follows a strict structure.
Every compliant label must include:
- Pictograms (standardized hazard symbols)
- Signal word (indicates severity)
- Hazard statements (describe the nature of the hazard)
- Product identifier (chemical name or code)
- Supplier information (manufacturer or distributor details)
These elements are defined by regulation. They are directly tied to hazard classifications and cannot be altered or improvised.
That’s what makes standardization so important. It ensures that every label communicates information consistently and recognizably—no matter where it’s used.
Symbols (Pictograms): Accuracy Starts at the Label
The most apparent element of a GHS label comprises its pictograms.
The design enables an instant HazCom GHS standard for labeling because it does not require any spoken language. A single symbol shows four different hazards, which include flammability, toxicity, corrosion, and environmental risk.
OSHA introduced mandatory GHS pictograms that chemical labels must display because they establish uniform GHS labeling standards that all businesses must follow.
This point marks the location where most systems encounter their greatest difficulties.
Incorrect pictogram selection is a common issue, especially in manual processes. Outdated classifications result in organizations selecting incorrect symbols for their needs. The absence of integration causes existing labels to miss out on receiving current updates.
For a pictogram to be effective, it must:
- Reflect the current hazard classification
- Be clearly visible and legible
- Remain intact in real-world conditions
Lowry Solutions addresses this by automating label design. The system pulls the correct hazard data and ensures the right pictograms are applied every time.
Lowry provides two essential components for labeling, which include durable materials and labeling solutions. The first component protects against chemical exposure, while the second component safeguards against outdoor weather conditions and abrasions.
Signal Words: Severity Must Be Controlled, Not Assumed
Signal words are simple, but critical.
GHS allows only two:
- Danger of severe hazards
- Warning for less severe hazards
Only one signal word should appear on a label, based on the highest level of risk.
In manual environments, this is often where inconsistency shows up. Different facilities may interpret classifications differently, or errors may occur during label creation.
That inconsistency creates confusion—and in safety situations, confusion is dangerous.
Lowry Solutions eliminates this risk by tying signal word selection directly to hazard classification within the system. There’s no guesswork, no manual override. The correct signal word is applied automatically, ensuring consistency across all locations.
How Lowry Solutions Enables GHS Compliance at Scale
GHS compliance requires organizations to maintain operations through their established requirements.
Lowry Solutions achieves its goal by creating an environment that connects all of its labeling processes. The system handles labeling through its integrated components, which include hardware, software, and integration services.
The system creates labels from centralized data, which ensures that the information matches current classification GHS labeling standards. Printing on demand enables label creation and updates through templates, which maintain uniformity.
Durability is another key factor. The labels need to stay readable through all actual usage situations after the initial printing process. Lowry provides materials that protect against moisture, chemicals, UV light, and physical damage.
Flexibility also matters. The different operations of Lowry require various printing techniques that need to work together with their current systems.
The labeling system creates labels that meet compliance requirements and provide operational benefits and capacity for future growth.
Before vs After: Operational Impact
When labeling is manual and disconnected, the problems are familiar. Information is inconsistent, errors are common, and compliance becomes reactive instead of proactive.
With an integrated approach, the difference is noticeable.
Hazard data is centralized. Labels are generated automatically using accurate information. Updates are reflected in real time. And the physical labels themselves are built to last.
This shift doesn’t just improve compliance—it changes how labeling supports the operation as a whole.
Measurable Outcomes
When GHS labeling is done right, the impact is clear.
Compliance improves
Organizations reduce the risk of violations and are better prepared for audits.
Efficiency increases
Labeling becomes faster and less dependent on manual input.
Costs decrease
Fewer errors mean fewer reprints and less material waste.
Reliability strengthens
Labels remain readable and intact, even in demanding environments.
When to Upgrade Your GHS Labeling System
Not every issue is obvious right away. But there are clear signs that your labeling system needs improvement:
- Errors keep showing up in labels
- Labels degrade quickly in your environment
- Systems don’t communicate with each other
- Compliance audits are difficult and time-consuming
If your labeling process is still manual, inconsistent, or dependent on outdated data, it’s already creating risk.
Conclusion: From Compliance to Operational Control
GHS defines what needs to be on a label. Regulations enforce it. But execution is where most organizations struggle.
Labeling is not just about compliance—it’s about control.
With the right system in place, labeling becomes:
- Automated
- Consistent across locations
- Durable in real-world conditions
- Fully aligned with your data
Lowry Solutions makes this possible by connecting labeling with the systems that drive your operations.
If your current process relies on manual steps or disconnected tools, it’s worth taking a closer look. Because in chemical handling, small gaps in labeling can lead to big risks.
Frequently Asked Questions
All GHS-compliant labels must include Pictograms together with a signal word, hazard statements, a product identifier, and supplier information.
The company achieves this goal through automated label creation, which connects to centralized hazard data while avoiding manual processes.
The labels need to stay readable throughout their entire lifespan because any disappearance or destruction of their content will result in noncompliance.
The system guarantees that all labels obtain their information from one central data source, which maintains constant updates while delivering uniform output across different locations.
The company offers a complete solution that includes hardware and software, and integration services to deliver accurate, long-lasting, and compliant labeling solutions at a large scale.
A Horizons Talent Alumnus and Microsoft Certified Systems Engineer (MCSE), the author brings a proven track record of success in senior shared-services leadership roles within large, complex multinational organizations, particularly in the manufacturing sector.
With deep experience at Senior Manager level, they have led strategic customer relationships by understanding core business imperatives, shaping service and solution propositions, and delivering measurable business outcomes.
