2400mm VST T8 platform
VST-T8-2400-36W is the listed 36W model. Compare its 2400mm dimension with the fitting before selecting it as an eight-foot replacement.
View Product Long fixture retrofit
T8 8ft LED bulbs matched to your existing fixtures
Choose T8 8ft LED bulbs to match the holders and circuit in your existing building.
- Check the 2400mm dimension against the nominal eight-foot requirement.
- Identify whether you need bi-pin, FA8 or R17d ends.
- Assess useful aisle illumination as well as lamp wattage.
- Plan end protection and handling for the long cartons.
Keep the fixture working
Match the lamp to the fixture you want to keep
T8 8ft LED bulbs can replace suitable long fluorescent lamps while you keep serviceable fittings. The new lamp needs to fit the holders, work with the circuit and deliver useful light where you need it.
VST is an 8ft T8 LED bulb manufacturer with support for checking cap fit and fixture layout. Start with a lamp-label photo and a clear view of both holders. Include the circuit type so the proposed lamp matches the electrical supply as well as the physical fitting. Nominal length is only a starting point; use the actual dimensions to establish fit.
Record the entire span
When measuring 8ft T8 LED bulbs, use the dimensions that define the fit between the lamp and its holders. Body length may exclude necessary cap or contact features.
Assess the reflector
An LED tube directs light differently from a fluorescent lamp. Retained reflectors and mounting height influence illumination on vertical shelves and work surfaces.
Separate replacement batches
Group fixtures by their connections and supply wiring before counting lamps. Fittings with the same nominal length may need separate order lines because their circuits differ.
Long-product supply
Plan the fit and delivery of long lamps
As your 8ft T8 LED bulb supplier, VST can help resolve the fitting and handling details that affect installation work and the condition of the delivery.
Mechanical engineering input
Our structural engineers can check cap geometry and fixture clearance with you. Resolve any dimensional obstacle before committing to the full replacement quantity.
Long-carton protection
VST can discuss restraints, end cushions and outer cartons for long lamps. Choose packing that suits the tube length and how the shipment will be handled.
Consolidated freight planning
VST can help consolidate the shipment with your other goods. Include the long-carton dimensions when planning container space and the final delivery.
Traceable order configuration
The order specification records the configuration you choose for T8 8ft LED bulbs. This helps distinguish similar-looking lamps intended for different buildings or circuits.
Length and interface
What defines T8 8ft LED bulbs?
The eight-foot designation describes a nominal length class. T8 identifies a tube format; neither term alone determines the lamp's electrical connection.
Eight feet is 2438.4mm. VST lists its long-tube model at 2400mm, so compare the drawing with your fitting before choosing it. Single-pin FA8, recessed-contact R17d and bi-pin lamps each need matching holders. The electrical options also differ: a lamp may require a compatible ballast, specified bypass wiring or an external driver. Select T8 8ft LED bulbs by checking the length standard and connection together with the supply method. Similar appearance does not make an aluminum-and-PC lamp interchangeable with every glass fluorescent tube.
Long-tube routes
Choose the end connection your fitting needs
Work with VST as an 8ft T8 LED tube OEM supplier to check the appropriate route. Specifications are available for the 2400mm model; agree the construction separately when requesting FA8 or R17d ends.
FA8 single-pin route
For a fixture with one contact at each end. Request the matching long-lamp construction and electrical scheme; a pin adapter alone does not establish compatibility.
Request This Configuration 
R17d recessed-contact route
The cap must engage securely with the recessed double-contact holder and use the correct power-input method. Send the existing lamp and fixture details so VST can assess supply feasibility.
Request This Configuration Order controls
Checks for specification and delivery
Inspection records and production choices need to describe the lamp version you order.
Staged quality checks
VST uses incoming, production, final and outgoing inspections. For long lamps, include straightness and cap assembly among the agreed appearance checks.
Photometric sampling
VST's integrating-sphere and photometric capabilities support model evaluation. Request measured output for the version you need; one series figure may not apply to every variant.
Construction options
VST can discuss changes to length, diffuser and end construction. Any structural change needs an engineering feasibility check before production begins.
Shipping identification
Product labels and carton marks can distinguish long-tube variants. Clear identification helps keep differently wired lamps out of the wrong installation batch.
Component decisions
How the lamp's main components affect the result
Evaluate T8 8ft LED bulbs by what each component contributes to the finished installation.
Light source
LED packages along the lamp
LED packages produce the light along the tube. Their color selection and operating conditions affect how consistent the installed lamps look. Check color on the working surface and shelf fronts, especially where new lamps sit beside older ones. A package name does not establish the finished lamp's output or lifetime. Request evidence for the complete construction when those values determine your replacement choice.
Optical cover
Diffuser appearance at low angles
The diffuser changes how the lit surface looks from the aisle. Clear and frosted covers can look different at the same nominal power. Assess the cover in the existing fitting, taking account of its reflector, mounting position and your line of sight. Look for visible light points and reflections. This trial helps you judge comfort, but a frosted cover alone does not establish a glare rating.
Connection
End-cap engagement
The end cap holds the lamp in position and connects it electrically. A long tube needs secure support, so check the contact form, engagement depth and retention. Compare the cap drawing with the fixture; a close-up photo may not show enough to establish fit. Inspect holders for wear and heat damage during the installation assessment. Replacing the lamp will not repair an unreliable holder connection.
Company and cooperation
Get to know VST before discussing your project
These videos introduce the company and its customer relationships.
An introduction to VST
Watch the company introduction before discussing your long-lamp requirement with VST. For the project itself, bring the fixture details and delivery constraints. Compatibility still needs to be checked for the particular tube and fitting you plan to use.
A customer's experience of working with VST
The customer video offers a view of the working relationship. Consider the communication your project will need when it involves several fixture types and long cartons. Product suitability remains a separate decision based on the technical details agreed for your order.
Application fit
Match the long lamp to the work below it
T8 8ft LED bulbs serve different tasks even when the fixtures share a common nominal length.
Warehouse picking aisles
Warehouse lighting needs to reach labels and pick faces as well as the floor. Check rack height, fixture orientation and the required illumination at the working plane. VST can use your layout and available photometric data to discuss light distribution and help choose a representative aisle for the trial.
Assembly-line work areas
A long fixture can light several positions along an assembly line. Check the level of task detail, viewing direction and any moving machinery that makes flicker assessment necessary. Our lighting team can discuss color quality and the measurements needed for the proposed tube, using the actual workstation as the basis for evaluation.
Covered parking interiors
In covered parking, low ceilings and vehicle routes make clearance and visual comfort important. Identify moisture exposure, the condition of the enclosure and any emergency circuits. VST can assess the appropriate protected lamp construction against those conditions; emergency operation and the complete safety system still need their own compatibility checks.
Retail shelf rows
Retail shelf lighting should make merchandise easy to see without harsh reflected points. Check shelf spacing, the retained reflector and how packaging should look under the light. VST can help select a cover and color option for a trial in your existing fittings, where you can judge the actual display.
Vehicle service bays
Service bays need overhead light around reflective body panels, while raised vehicles create shadows. Note fixture height, mechanical exposure and the task lights already in use. VST can discuss the long tube's optics and housing for this setting, with local inspection lighting retained where the ceiling lamp cannot cover the task.
Start with one fixture
Check the long-tube configuration for your project
Send the old lamp label, holder photos and approximate quantity. VST can assess standard fit or a special interface as an 8ft LED tube wholesale supplier, then prepare a quotation for the appropriate route.
Published platform data
Long-tube specifications and implementation
Compare the model data with your fixture measurements. Nominal length alone cannot establish fit.
| Model | VST-T8-2400-36W |
|---|---|
| Power | 36W |
| Luminous Efficiency | 150lm/w |
| Lifespan | 50,000hrs |
| Input Voltage | AC85V-265V 50/60Hz |
| Power Factor | >0.92 |
| Color Temperature | 2700K-7000K |
| CRI | > 80 |
| Beam Angle | 160° |
| LED Driver | Constant Current Internal |
| Dimension | D28*2400mm |
| Material | Aluminum + PC |
| PC Type | Clear, Frost |
| Lamp Base | G13 or G5 |
| IP Rate | IP20 IP65 optional |
| Working Temperature | -20°C~+50°C |
| Work Humidity | 10%-90% RH |
VST's 8ft LED tube factory team can discuss the cover, end construction, color, labeling and packing. A special connection or length needs an engineering assessment. Record the agreed construction on the order so that different eight-foot lamps are not treated as interchangeable.
Long tubes need consistent light-source placement, straight housings, secure caps and protective packing. VST's quality-control stages support the agreed electrical, appearance and photometric checks. For project documentation, request the records that apply to the construction you have selected.
Have a qualified electrician isolate the supply, inspect the holders and identify the existing circuit. Follow the selected lamp's instructions for ballast retention or removal and the permitted power-input arrangement. Support the long tube during handling, fit all required fixture restraints and test one completed fitting before converting the remaining locations.
Working Together
Feedback on Practical Project Support
Clear details and dependable coordination make long-product orders easier to manage.
Working with VST
Planning your long-tube order
The minimum order is 120 pieces for the standard model. Specify the end-cap and wiring version on each quotation line; VST will confirm any different requirements for customization.
Sample charges may count as credit on a later bulk order if agreed with VST. Try a representative lamp in the fitting before committing to the full quantity. Samples are not necessarily free, and refunds are not automatic.
Typical production is 2–3 weeks for regular products, approximately 3–4 weeks for light customization and 4–6 weeks for extensive changes. Quantity, material availability and scheduling affect the order date. Transit time is additional, particularly where long cartons need special handling.
Bulk orders normally use bank transfer, with a 30% deposit and 70% paid before shipment. Samples are paid fully in advance through PayPal, Western Union or bank transfer. These arrangements should be included with the commercial quotation for your selected configuration.
Send a short description and photos or video identifying the affected VST product. Replacement support can be discussed for a separate dispatch or your next shipment. Regular-product warranty options are generally three or five years; the selected model's written terms determine coverage.
Product questions
Questions before you change a long-lamp installation
When choosing T8 8ft LED bulbs, you may also need to decide how much of the original installation to keep. The questions below cover conversion scope, emergency circuits, closed fittings and the savings calculation once the basic interface is known.
Sometimes, but the original tube family is not enough to approve the change. Check whether the replacement is documented for that fixture and input arrangement. A larger original fluorescent diameter may also have affected the reflector design. Evaluate the completed fitting's light distribution as well as its mechanical and electrical fit.
Compare the complete installation cost and service access, rather than lamp price alone.
A conversion requires a documented kit or engineered fixture modification, not loose adapters assembled on site.
| Route | Main implication |
|---|---|
| Retain a long lamp | Preserves the existing span if compatible |
| Use a designed conversion kit | Changes holders, wiring and lamp layout |
Only a specifically compatible combination should be used. A normal mains-operated LED tube does not inherit the original fixture's emergency function. Identify the emergency equipment and required operation early; otherwise a replacement that works on mains power may fail the separate emergency-lighting requirement.
The selected lamp and complete fixture must be suitable for enclosed use and the actual ambient conditions. Heat accumulation depends on the enclosure, mounting and operation. A room-temperature rating alone does not establish the temperature around the internal driver once the cover is closed.
Use the present system power, including ballast losses where applicable, and the proposed complete system power. Multiply the difference by operating hours and the relevant electricity tariff. Keep fixture groups separate when their original circuits or operating schedules differ; a generic percentage would hide those differences.