SMD 2835, 5050 and 5630 LED Strips for Volume Lighting Projects

SMD LED strips on 2835, 5050 and 5630 packages: 60–240 LEDs/m, 12 V and 24 V, 100–190 lm/W, CRI 80–90, IP20–IP68, 15–20 day production lead time.

Five-metre reel of SMD 2835 LED strip on a white FPC with cut marks and copper pads visible between LEDs
SMD 2835 strip at 120 LEDs/m, 24 V, 14.4 W/m.
Short answer

An SMD LED strip carries packaged surface-mount LEDs on a flexible PCB at a fixed pitch, which makes it the lowest cost per lumen option for volume lighting. HFY LED produces 2835, 5050 and 5630 strips from 60 to 240 LEDs per metre on 12 V or 24 V, at 100–190 lm/W and CRI 80–90, with reels from 5 m and typical production lead times of 15–20 working days.

Scope: what this product page covers

This page covers constant-voltage SMD strips for general illumination, signage and OEM fixtures. Strips requiring a constant-current driver, high-density 240 LEDs/m builds in a 5 mm width, and strips with an integrated IC belong on the addressable page or on a custom quotation. COB strips are covered separately because the light quality and cost structure are different.

Specifications

LED package2835, 5050, 5630
Density60 / 120 / 240 LEDs per metre
Input voltage12 V DC or 24 V DC
Power4.8 – 24 W/m
Efficacy100 – 190 lm/W at 4000 K, CRI 80
Colour renderingCRI 80 standard, CRI 90 on request
Cut lengthEvery 3 LEDs (25 mm at 120 LEDs/m on 24 V)
SealingIP20, IP65, IP67, IP68
Lead time15–20 working days for production runs

Materials

  • 2 oz and 3 oz copper FPC, white or black solder mask
  • SMD 2835 (0.2 W and 0.5 W), 5050 (0.2 W tri-chip), 5630 (0.5 W)
  • Silicone tube, heat-shrink or nano coating for IP65 and above
  • Constant-voltage drivers, 12 V and 24 V, 30–400 W
  • JST SM, DC barrel and bare-wire connectors

Manufacturing process

  1. Package and bin selection Package choice follows the optics: 2835 for even linear light in a diffused profile, 5050 for higher flux per metre in the same width, 5630 for the highest flux where a wider profile is acceptable. Reels are built from a single flux and voltage bin so that parallel runs share current evenly.
  2. SMT assembly Panels of 5 m strip run through solder paste printing, placement and reflow at a 260 °C peak. Placement accuracy is ±0.05 mm, and every panel passes automated optical inspection for tombstoning, offset and solder volume before it is cut into reels.
  3. Electrical test Each reel is tested at rated voltage for forward voltage per metre, open segments and reverse-polarity protection. A 5 m reel of 120 LEDs/m at 24 V should read 1.1–1.3 A; a reel outside that window is rejected rather than derated.
  4. Sealing IP65 uses a silicone coating or heat-shrink sleeve; IP67 uses a full silicone tube with glued end caps; IP68 adds potting at the cable entry. Sealing adds 1–2 mm to the profile height, which is why IP65 strip rarely fits a 10 mm recessed profile designed for IP20.
  5. Packing Reels are packed in antistatic bags with a desiccant, labelled with bin, flux, voltage and lot number. Export cartons are rated for air freight and hold 100 reels of 5 m.
From the shop floor

SMD LED Strip in production

Typical applications

  • General cove and under-cabinet lighting
  • Signage and channel letter illumination
  • OEM fixture integration where cost per lumen dominates
  • Cold storage and industrial enclosures
  • Vehicle and marine interior lighting on 12 V systems
  • Event and stage set lighting in rental quantities

Quality and documentation

  • AOI inspection on 100% of SMT panels
  • Forward voltage and current draw recorded per reel
  • Flux and CCT binning maintained across the production lot
  • Salt spray testing on request for IP65 and above
  • CE, RoHS and REACH documentation with every shipment

What we do not do

We do not offer SMD strips below 60 LEDs/m, because at that pitch the strip no longer reads as a continuous line and a COB strip is a better answer for the same money. We also do not warrant IP65 heat-shrink builds in permanent outdoor installation where the sleeve is exposed to UV: the sleeve yellows within 18–24 months, and the correct specification is silicone extrusion.

SMD LED Strip

Technical questions

Should I choose 12 V or 24 V LED strip?

Choose 24 V for any run above 5 m and for commercial installations. Doubling the voltage quarters the voltage drop for the same power, so a 24 V strip runs 10 m from one feed where a 12 V strip manages 5 m. 12 V remains sensible for short runs, vehicles and small decorative work.

How many lumens do I get per metre?

A 2835 strip at 120 LEDs/m and 14.4 W/m produces roughly 1,600–2,100 lm/m at CRI 80, depending on the bin; the same strip at CRI 90 loses 10–15% of that flux. Efficacy above 180 lm/W requires a 0.5 W package and a 24 V design, and costs about 25% more per metre.

Why do my strips fail at the cut mark after a few months?

Almost always moisture ingress at the cut end on an IP65 build. The cut exposes the copper, and a heat-shrink end cap that is not sealed with neutral silicone lets humidity in. On outdoor work we supply silicone end caps and specify potting rather than tape.

Send a specification, get a quotation in 24 hours

Tell us the product type, run length, wattage, CCT, CRI and IP rating. You will receive a fixed price, a lead time, and the feed and driver arrangement in writing — no obligation, and no sales call unless you ask for one.