Collection: IP67 Neon Flex

Looking for lighting that can brave the British weather? Perfect! You've landed on our dedicated collection of IP67 Neon Flex – the waterproof wonder of the LED lighting world.

Our IP67 Neon Flex is the go-to solution when you need that gorgeous neon glow but in places where water resistance is non-negotiable. Whether you're decking out a garden, illuminating the exterior of a building, or creating a statement piece for your bathroom, these brilliant waterproof LED strips can handle it all with ease.

What makes our IP67 Neon Flex special? The clue's in the name! That IP67 rating means these lights are completely dust-tight and can be submerged in water up to 1 meter deep for 30 minutes without missing a beat. So rain, snow, splashes, or high humidity? No problem at all!

We've got a cracking selection of options here – different bending directions, various voltages, and a rainbow of colours to choose from. And unlike those fragile glass neon tubes of yesteryear, our Neon Flex is virtually unbreakable, super energy-efficient, and built to last for years.

Frequently Asked Questions

What are the key differences between IP65, IP67 and IP68 neon flex?

IP65 is protected against dust and water jets, IP67 is protected against temporary immersion, and IP68 is designed for continuous immersion to a depth/time specified by the manufacturer (product-specific). In real installs, the end caps, joins, and cable entries usually matter more than the jacket rating.

Best power supply options for 24V IP67 neon flex

Use a regulated 24V constant-voltage (SELV) power supply sized to total watts with ~20–30% headroom, and keep it in a dry location or inside an IP-rated enclosure. For outdoor runs, add fusing and plan power injection rather than one long single feed.

How to cut and seal IP67 neon flex for outdoor use

Cut only at the marked cut points, then fit the correct end cap/gasket and seal with the specified potting/sealant (often neutral-cure silicone) plus proper strain relief. Let the sealant fully cure before exposing it to rain.

Recommended mounting clips and accessories for neon flex

Use matching-width clips or aluminum channels, plus end caps, joiners, and corner/transition brackets for neat routing. Outdoors, add IP-rated junction boxes, cable glands, stainless fixings, and strain-relief hardware to protect terminations.

How to wire RGBW controllers to IP67 neon flex strips

Connect the strip’s +V common to the power supply/controller positive, then connect R/G/B/W negatives to the controller channels (constant-voltage PWM RGBW type). Keep the controller and splices protected in an enclosure and fuse each power feed/injection.

Why choose IP67 over IP65 for heavy rain on exposed borders?

IP67 gives extra protection if water pools, splashes heavily, or briefly immerses sections during storms, whereas IP65 only covers jets/spray and is more vulnerable at low spots and terminations.

When does IP68 outperform IP67 for permanent pond submersion?

Any time the neon flex will be continuously underwater, IP68 is the appropriate rating because it’s designed for ongoing immersion under stated conditions, while IP67 is not.

How does full silicone injection create IP67 seals vs IP65 coatings?

Silicone injection/potting fills internal voids at cut ends and cable entries to block water paths, while IP65-style surface coatings mainly protect the exterior and don’t secure vulnerable terminations the same way.

What CRI 80–90 values mean for colour accuracy in facade outlines?

Higher CRI means surfaces and surrounding materials look more natural under the light; CRI 90 generally renders colours (especially reds/skin tones) more accurately than CRI 80.

How do 6×12mm profiles enable side-bending around deck corners?

Slim profiles guide the neon flex in its intended bend direction, helping it curve cleanly around corners without twisting. They also keep the illuminated face aligned and protect the flex from knocks.

Why limit 24V IP67 flex to ~20m runs before power injection?

Long runs still suffer voltage drop in the conductors, which causes dimming and colour shift toward the far end; injecting power in sections keeps brightness and colour consistent and reduces stress on the strip.

How does IP67 compare to IP68 for outdoor neon flex use?

IP67 is typically ideal for rain, splashes, and occasional brief immersion, while IP68 is the better choice where water can sit over the product or it will be intentionally submerged.

Can IP67 neon flex be used in coastal environments?

Yes, but salt air accelerates corrosion, so use marine-grade stainless fixings, sealed junctions, and high-quality glands/connectors, and avoid exposed copper or poorly sealed joins.

What installation tips preserve IP67 waterproofing?

Minimise joins, keep all terminations in IP-rated enclosures, add drip loops and strain relief, and stay within the rated bend radius to prevent jacket stress. Most water failures start at cut ends and connectors, not mid-run.

How to test an LED neon flex for IP67 compliance

You generally can’t “certify” IP67 at home, but you can do practical checks: inspect seals, allow full cure time, then do a controlled short immersion/leak check with power off, followed by a functional test after drying.

Which power supplies are safe for submerged LED neon flex?

The safest approach is keeping the power supply out of the water and feeding low-voltage SELV (12/24V) to the submerged fixture via fully sealed IP-rated connections, protected by an RCD/GFCI. Only use a PSU/transformer that’s explicitly rated for the environment if there’s any risk it could be exposed to water.