High Temperature

Technical Data ▼

Product Feature ▼

* High temperature resistance LUMILEDS SMD2835 series as light source

* High-conductivity double-layer pure copper 3OZ FPCB

* Support operating temperature -30°C - 85°C

* Gold thread, pure copper bracket, high-quality material

* Original 3M tape, strong adhesive and long-lasting

* Low power consumption for energy saving

* IP65/IP67/IP68 Optional

* CE/ROHS/FCC approved

* 3 years warranty

IP Rate ▼

Optional Accessories ▼

Optional Accessories (Extra Charge, Not Included by Default)

1. Aluminum mounting profiles: Click link to buy https://www.arionlighting.com/en/Aluminum-Channel.html

2. LED power supplies: Click link to buy https://www.arionlighting.com/en/LED-Power-Supply.html

3. LED controllers: Click link to buy https://www.arionlighting.com/en/LED-Controller.html 

4. Quick‑connect connectors: Click link to buy https://www.arionlighting.com/en/Fast-Connector.html

5. Cables & wires: Click link to buy https://www.arionlighting.com/en/Cable.html

   
   

Please contact our sales staff for professional selection advice if you have any questions.

Applications ▼

Factory Display ▼

FAQ ▼

1. What is the maximum ambient temperature this SMD strip can withstand?

It is rated for maximum ambient temperature up to 85℃. Suitable for saunas, 

high‑temperature cabinets and enclosed equipment with poor heat dissipation. 

Continuous operation at 85℃ is not recommended. Suggest regular operating temperature ≤75℃.

2. What is the key difference between this high‑temperature strip and standard LED strips?

It adopts high‑temperature‑tolerant LEDs, heat‑resistant PCB and high‑temperature silicone materials. 

Ordinary strips usually only survive around 50℃ and suffer fast lumen depreciation or dead LEDs under heat. 

All components of this strip are selected for high‑temperature working conditions for longer service life.

3. Does 85℃ refer to ambient temperature or self‑heating temperature of the strip?

It refers to surrounding ambient temperature. The strip will generate extra heat while powered.

Leave enough cooling space during installation. Do not add strip self‑heat onto ambient temperature, or it will exceed temperature limit.

4. Do we still need aluminum profile heat sink for this high‑temperature strip?

Aluminum heat sink is highly recommended. Even though the strip can stand 85℃, 

good heat dissipation lowers actual working temperature of LEDs, reduces light decay and extends lifespan.

Aluminum profile is mandatory for narrow enclosed spaces.

5. Can this high‑temperature SMD strip be used outdoors?

High‑temperature resistance does not equal waterproof performance. For outdoor projects, select the version with proper IP rating. 

Bare PCB version is only for dry indoor high‑temperature environment. Moisture will speed up component aging under heat.

6. What should we pay attention to when selecting power supply for high‑temperature application?

Power supplies age faster under heat. Keep at least 30% power margin. 

Do not place power supply inside 85℃ hot zone; install power unit in cooler area to prevent premature failure.

7. Will dimming affect reliability under high‑temperature condition?

Standard PWM dimming is supported. Low‑quality low‑frequency dimming is not allowed. 

Poor dimming signal increases chip heat and accelerates aging in hot environment. 

Please use stable PWM dimming power supply.

8. Will service life be reduced when working at 85℃?

85℃ is peak limit condition. Long‑term operation at maximum temperature will accelerate light decay.

To achieve rated lifespan, keep practical ambient temperature lower than 75℃. 85℃ is for short‑time peak conditions.

9. Can the high‑temperature strip be cut? Will cutting reduce its heat‑resistant performance?

Cut only along marked cutting lines. Cut ends must be well insulated. 

Exposed copper pads oxidize faster under high temperature. With proper insulation protection,

high‑temperature performance remains unchanged.