LabTest Certification Inc

LabTest Certification Inc LabTest Certification Inc. Fast turnaround and cost-effective solutions are our signature.

is an accredited Testing, Inspection, and Certification Body, with head office in Delta, BC (Canada) and additional locations in Canada and USA providing product testing & certification for North American and global markets. is an accredited Certification Body, Testing Laboratory, and Inspection body providing Global Product Approvals to help you achieve compliance with intended market regulations

. Integrity, excellent customer care, and flexibility is what we are known for. Our Scope of Accreditations includes a vast range of in-house, field, and R&D testing capabilities in areas such as Electrical, Hazardous Locations, EMC, Fuel Burning, Plumbing, Marine, Solar, Energy Efficiency, Building Materials, Environmental Testing, and PPE. In addition to testing and certification, we also provide Preliminary Design Reviews, Training, Test Witnessing, and Management Systems Services

Understanding NFPA 496: Pressurized and Purged EnclosuresNFPA 496 defines the requirements for purged and pressurized en...
06/01/2026

Understanding NFPA 496: Pressurized and Purged Enclosures

NFPA 496 defines the requirements for purged and pressurized enclosures; equipment designed to keep flammable gases, vapors, or dust from entering electrical housings in hazardous environments.

Through this standard, enclosures are evaluated for how effectively they maintain pressure, manage purge cycles, and ensure the internal components such as switches, circuit breakers, and transformers don't ignite the potentially explosive environment they are operated in.

Testing to NFPA 496 helps confirm that electrical assemblies can operate safely in classified areas without the need for explosion-proof construction, provided the enclosure maintains its protective atmosphere.

It’s a standard that bridges safety and practicality, giving manufacturers a defined path to compliance for complex industrial systems.

Learn more:
📩 [email protected] | 🌐 labtestcert.com

Design it right the first time!A Preliminary Design Review (PDR) does not guarantee a "pass" during the product testing ...
05/31/2026

Design it right the first time!

A Preliminary Design Review (PDR) does not guarantee a "pass" during the product testing process, but helps you catch compliance issues before they become delays.

Here’s why it matters:

📎 Spot problems early before prototypes or production.
📎 Adjust designs to avoid costly rework.
📎 Get to market faster

At LabTest, our engineers review your design through a compliance lens so you’re not stuck fixing things later.

📩 Need a second set of eyes? Email [email protected] for a free quote.

05/30/2026

ATEX (ATmosphères EXplosibles) is the European regulatory framework that governs equipment used where an explosive atmosphere may be present.
Anywhere gases, vapours, mists, or combustible dusts exist, the standard applies.

Under Directive 2014/34/EU, equipment is classified by:
📍 Location (Zones) – how often explosive atmospheres appear
⚙️ Group & Category – how much protection the equipment requires
(Category 1 for continuous exposure, 2 for likely presence, 3 for occasional/abnormal conditions)

ATEX applies to electrical and non-electrical products alike:

• drives, motors, and sensors
• lighting and control stations
• pumps, valves, fans and mechanical systems
• enclosures and components that could become ignition sources
• protection concepts (pressurization, encapsulation, flameproofing, etc.)
And approvals often overlap with other schemes:
IECEx, CE Marking, Wheel Mark (MED), and where applicable, North American HazLoc requirements.

At LabTest Certification, we evaluate products against ATEX requirements, reviewing construction, ignition protection methods, material selection, marking, traceability, and supporting documentation helping manufacturers align with the directive before equipment enters the EU market.

In hazardous locations, compliance is more than a market requirement.
It’s the engineering barrier between normal operation and ignition.

🔗 Learn more: labtestcert.com/atex-certification

In multi-storey residential buildings, balcony doors sit at the intersection of wind, water, air movement, and occupant ...
05/28/2026

In multi-storey residential buildings, balcony doors sit at the intersection of wind, water, air movement, and occupant use.

They’re opened daily, exposed year-round, and expected to perform quietly in conditions that change hour by hour.

What makes them different from interior doors is what they’re asked to manage simultaneously:

• Wind loads that increase with height

• Driving rain under positive and negative pressure

• Air movement caused by stack effect

• Structural deflection without compromising operation

That’s why exterior balcony doors are evaluated under the North American Fenestration Standard (NAFS | AAMA/WDMA/CSA 101/I.S.2/A440), a harmonized standard used across Canada and the U.S.

Testing under NAFS looks at how the entire door system behaves when variables change:

– Air leakage under both infiltration and exfiltration pressure
– Water pe*******on during controlled spray and pressure cycles
– Structural performance under design and safety pressures
– Operational performance, even after load and deflection

For high-rise applications, balcony doors aren’t decorative elements. They’re building envelope components and their performance matters long after installation day.

📩 Questions about fenestration testing or NAFS evaluations? Reach us at [email protected]

How do building materials perform when exposed to fire?The Steiner Tunnel Test is one of the most widely used fire testi...
05/28/2026

How do building materials perform when exposed to fire?

The Steiner Tunnel Test is one of the most widely used fire testing methods in North America for evaluating flame spread and smoke development characteristics of interior building materials.

Used for wall, ceiling, and flooring materials, this standardized test helps determine material classifications including Class A, B, and C based on Flame Spread Index (FSI) and Smoke Developed Index (SDI) results.

During testing, materials are installed within a controlled 24-foot tunnel system and exposed to a regulated 90 kW natural gas flame source while airflow, flame progression, smoke density, and temperature conditions are monitored throughout the test.

Depending on the material type, specimens may be mounted on the tunnel ceiling or positioned on the tunnel floor for evaluation.

The Steiner Tunnel method is commonly used for:

• Drywall and wall finishes
• Wood panels and insulation
• Carpet, vinyl, and rubber flooring materials

The test provides valuable insight into how materials may contribute to flame propagation and smoke generation under standardized fire exposure conditions.

Want to learn more?
📩 [email protected]

A garage door opener from the 1980s didn’t need EMC testing.The one installed today often does.Not because its job chang...
05/27/2026

A garage door opener from the 1980s didn’t need EMC testing.
The one installed today often does.

Not because its job changed, it still opens the door but because what’s inside did.

Earlier designs were mechanical: relays, simple motors, basic controls. Today’s versions rely on microcontrollers, electronic motor drives, safety sensors, and wireless connectivity. Those additions bring something new into the picture: electromagnetic emissions and susceptibility to interference.

That same shift has happened across everyday products; washing machines, thermostats, even light switches. The function stayed familiar, but the electronics quietly changed the compliance requirements.

When manufacturers modernize a proven product, EMC testing becomes about understanding how new electronics behave in the real world, alongside other devices, power sources, and signals.

Pre-compliance EMC testing helps surface those issues early, before final full-compliance testing, redesigns, or delays become part of the process.

Old designs. New electronics. New questions.

If you’re updating a legacy product, it’s worth asking not just what works, but what changed electrically.

📩 [email protected]

Bananas (4011); Gala apples (4135); and the dreaded "Wait for assistance". 😩 We've all been there.Self-checkout machines...
05/27/2026

Bananas (4011); Gala apples (4135); and the dreaded "Wait for assistance". 😩 We've all been there.

Self-checkout machines combine multiple electrical systems into a single piece of equipment: touchscreens, barcode scanners, receipt printers, motors, internal power supplies, and user-accessible interfaces. All of these components operate continuously in a public environment, often under variable power conditions.

Because of this, electrical safety testing plays a critical role. Evaluations focus on protection against electric shock, proper grounding and bonding, spacing and insulation, temperature rise, and safe interaction between high-voltage and low-voltage circuits especially where users have direct contact with the equipment.

Safety standards for these types of equipment address electrical, thermal, and mechanical safety risks in public-use products.

Testing ensures that self-checkout systems meet applicable requirements before installation, reducing the risk of electrical hazards, unexpected shutdowns, or field failures in high-traffic retail environments.

📩 [email protected]

05/26/2026

Most EMC testing requests don’t slow down because of testing.
They slow down because of missing information.

A model number without specs.
A product without its operating details.
A test request without a clear scope.

And suddenly, what should have been a quick quotation… turns into back-and-forth.

That’s exactly why we put this together 👇

This video walks through the key information that helps move an EMC quotation forward clearly, and without delays.

From product details and technical parameters…
to test scope, target markets, and supporting documents,
it’s everything that helps connect your product to the right test plan.

🎯 If you’re preparing for EMC testing, this is a good place to start.

Request a free quote today: [email protected]

A small leak doesn’t stay small.Air leakage can reduce energy efficiency.Water pe*******on can lead to long-term damage....
05/25/2026

A small leak doesn’t stay small.

Air leakage can reduce energy efficiency.
Water pe*******on can lead to long-term damage.

And in many cases, these issues can remain hidden for months or years after installation, when repairs become far more complex and costly.

That’s why on-site NAFS testing matters.

By evaluating installed windows and doors under real-world conditions, issues can be identified shortly after installation before surrounding materials may be damaged and before they turn into larger performance or compliance challenges.

As an accredited Testing and Certification Body, LabTest Certification conducts on-site NAFS testing under ISO 17025 accreditation using calibrated test and measurement equipment.

ISO 17025 accreditation helps ensure testing accuracy, repeatability, and consistency, providing reliable results under controlled testing conditions, not assumptions or improvised methods.

Because when it comes to building performance, what you don’t catch early can cost the most later.

📩 [email protected]

05/25/2026

Let us introduce you to our High-Acceleration Shock Test System, located at our Vancouver (CA) location. This system can reach a Peak Acceleration of 500 G, a Pulse Duration of 2-30 ms, for a Max EUT weight of 200 kg.

Mainly used for products from the , , , , and industries, this type of impact test is characterized by high acceleration and short duration, generated by a sudden change in speed during a fall or impact, in the form of a 'half-sine.'

Products like batteries and fuel cells undergo High-Acceleration Shock Testing to measure the force of shock motion on them and assess their functional adaptability and structural integrity in shock environments.

Some of the many standards used for this type of test include:

📋 MIL-STD-810, MIL-STD-202, MIL-STD-883

📋 IEC 60068-2-27, IEC 60068-2-7

📋 UN 38.3 and UL/CSA Battery Standards

For more information, please contact [email protected].

Address

Unit 205 – 8291 92 Street
Vancouver, BC
V4G0A4

Opening Hours

Monday 9am - 5pm
Tuesday 9am - 5pm
Wednesday 9am - 5pm
Thursday 9am - 5pm
Friday 9am - 5pm

Telephone

Toll Free - 1-855-346-0444

Website

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