Name: T8 IP65 Waterproof Led Tube Light For Freezers Manufacturers - Benwei Lighting Technology
Brand: Benwei
SKU: 302278688

IP Rating	IP 65	Input Voltage(V)	AC 220V( ± 10%)
Lifespan (Hours)	50000	Lamp Luminous Efficiency(lm/w)	100-110
Color Temperature(CCT)	2700-3200K&4000-4500K&5500-6000K	Surface Treatment	Brushed Stainless
Base Type	Custom	Color Rendering Index(Ra)	>80
Warranty(Year)	3-Year	Support Dimmer	No
Lighting solutions service	Lighting And Circuitry Design, Onsite Metering	Light Source	Led
Working Temperature(℃)	-20 - 50	Surface Temperature	<50°C
Viewangle	120°	luminious flux	120LM/W

While many competitors claim IP65 water resistance, our T8 freezer tube features an upgraded IP66 protection rating-the gold standard for cold-storage lighting. This means it is completely dust-tight and can withstand powerful high-pressure water jets from any direction, making it impervious to the daily washdowns, condensation, and humidity that plague refrigeration environments.

Every component is fully sealed to prevent moisture ingress:

Integrated silicone gaskets in the end caps create an airtight, watertight barrier that blocks condensation from seeping into the fixture, even during rapid temperature fluctuations that cause heavy moisture buildup.

Threaded waterproof connector system with rubber O-rings ensures that daisy-chained joints remain completely sealed, eliminating the most common point of failure in standard LED tubes.

High-density PC housing is non-porous and corrosion-resistant, preventing water damage and rust that would destroy metal or glass fixtures in humid cold-storage environments.

This level of protection means you can pressure-wash your freezers and coolers without worrying about damaging the lights, and the tube will continue to perform flawlessly even when covered in condensation or ice.

The biggest limitation of standard LED and fluorescent tubes is their inability to function reliably in cold temperatures. Fluorescent tubes take 5-10 minutes to reach full brightness in 0°C environments and fail completely below -10°C, while generic LED tubes suffer from severe light decay and driver failure in sub-zero conditions.

Our T8 freezer tube is engineered to operate flawlessly across a -20°C to +50°C temperature range:

Instant cold start: Turns on to full brightness immediately, even at -20°C, eliminating the dangerous wait for lights to warm up when workers enter a dark freezer.

Stable light output: Maintains 100% of its rated brightness across the entire temperature range, with no dimming or flickering, ensuring consistent visibility for workers handling sensitive products.

Thermally optimized driver: The integrated constant-current driver is designed to withstand extreme temperature swings, preventing overheating in warm loading areas and freezing in cold storage zones.

This reliability is critical for safety and productivity in cold-storage facilities, where poor visibility can lead to accidents, product damage, and lost time.

Cold-storage facilities require bright, even lighting to ensure workers can read labels, identify products, and navigate safely around shelves and equipment. Our T8 freezer tube features a dual-row V-shaped LED array that delivers 30% more light output and wider coverage than standard single-row T8 tubes.

High luminous efficacy: Produces 120 lumens per watt, with a 120cm (4ft) tube delivering 2400 lumens of bright, white light-equivalent to a 120W fluorescent tube, but consuming only 20W of power.

180° wide beam angle: The V-shaped design directs light downward and outward, eliminating dark shadows between shelves and ensuring uniform illumination from the top to the bottom of tall storage racks.

High CRI (Ra≥80): Accurately reproduces colors, making it easy to distinguish between different products and identify spoiled or damaged goods before they leave the facility.

Cold-storage facilities are among the most energy-intensive buildings in the world, and lighting accounts for a significant portion of their electricity costs. Our T8 freezer tube delivers massive energy savings while eliminating the high maintenance costs associated with traditional lighting.

Energy efficiency: Consumes 80% less energy than fluorescent tubes and 50% less than generic LED tubes, reducing your monthly electricity bills by thousands of dollars annually for large facilities.

Long lifespan: Rated for 50,000 hours of continuous operation-equivalent to over 11 years of use if run 12 hours per day. This means you will not need to replace bulbs for over a decade, eliminating the costly and dangerous task of changing lights in sub-zero temperatures.

Low maintenance: The sealed, solid-state design has no moving parts or fragile glass components, reducing the risk of breakage and the need for repairs.

When you factor in energy savings, reduced maintenance costs, and increased productivity, this tube pays for itself in less than 18 months for most cold-storage operations.

Cold-storage facilities often have long, narrow layouts that require continuous lighting runs. Our T8 freezer tube features a modular daisy-chain design with integrated waterproof connectors that allows you to connect up to 15 tubes end-to-end from a single power source.

No individual wiring: Eliminates the need for separate power outlets for each tube, reducing installation time by 70% and minimizing wiring clutter in tight freezer spaces.

Waterproof connectors: The male-female connectors are fully sealed and lock into place, ensuring a secure, watertight connection that will not fail even when exposed to constant moisture.

Included dust caps: Seal unused female connectors to maintain the IP66 rating when you do not need to connect additional tubes.

This design makes it easy to customize your lighting layout to fit any freezer or cooler configuration, and you can add or remove tubes as your storage needs change.

Safety is paramount in food storage facilities, and broken glass from traditional fluorescent tubes poses a serious contamination risk. Our T8 freezer tube features a 100% shatterproof high-density PC housing that is safe for use in food processing and storage environments.

Impact-resistant: Withstands accidental bumps from forklifts, pallet jacks, and falling boxes without cracking or breaking, eliminating the risk of glass shards contaminating food products.

UV-stabilized: Resists yellowing and degradation from UV light, maintaining 95% light transmittance over its entire lifespan.

Non-toxic: Contains no mercury or lead, making it safe for disposal and compliant with global food safety regulations.

Installing our T8 IP66 Waterproof LED Tube Light for Freezers is fast and straightforward, even in cold, tight spaces. Below is a detailed guide optimized for cold-storage applications.

Before you begin, gather the following tools:

Phillips-head screwdriver

Electric drill with masonry bits (for concrete ceilings/walls)

Wire strippers

Electrical tape

Voltage tester

Critical Safety Note: Always turn off the main power supply at the circuit breaker before beginning any electrical work. Wear appropriate cold-weather gear and non-slip shoes when working in freezers or coolers.

Measure the length and width of your freezer or cooler to determine how many tubes you need. For optimal illumination, space 120cm tubes 1.2-1.5 meters apart, and mount them 2-3 meters above the floor. For tall racking systems, install additional tubes between shelves to eliminate dark spots.

Mark the positions for the mounting clips using a tape measure and level. Each tube requires two clips, spaced 60cm apart (one near each end). Use the included screws to attach the spring clips to the ceiling, wall, or rack beams. For concrete surfaces, use wall anchors to ensure a secure fit.

Gently press the T8 tube into the spring clips until it clicks into place. The clips will expand slightly to hold the tube securely, even in high-vibration environments. For longer runs, start at the power source and work your way outward, connecting each tube as you go.

Align the male connector of one tube with the female connector of the next, then twist clockwise until it locks into place. Ensure the O-ring is properly seated to maintain the waterproof seal. Continue connecting tubes until you have completed your lighting run. Seal the final female connector with the included dust cap.

Strip the insulation from the end of the first tube's power cable. Connect the wires according to the color-coding:

Brown wire: Live (L)

Blue wire: Neutral (N)

Green/yellow wire: Ground (PE)

Secure each connection with a wire nut and wrap it with electrical tape. Connect the power cable to a weatherproof junction box or a dedicated freezer-rated power outlet.

Turn the main power supply back on and verify that all tubes light up instantly and evenly. Check for any flickering, dimming, or loose connections. Adjust the position of the tubes if needed to ensure uniform illumination across the entire space.

Installing our T8 IP66 Waterproof LED Tube Light for Freezers is fast and straightforward, even in cold, tight spaces. Below is a detailed guide optimized for cold-storage applications.

Before you begin, gather the following tools:

Phillips-head screwdriver

Electric drill with masonry bits (for concrete ceilings/walls)

Wire strippers

Electrical tape

Voltage tester

Critical Safety Note: Always turn off the main power supply at the circuit breaker before beginning any electrical work. Wear appropriate cold-weather gear and non-slip shoes when working in freezers or coolers.

Measure the length and width of your freezer or cooler to determine how many tubes you need. For optimal illumination, space 120cm tubes 1.2-1.5 meters apart, and mount them 2-3 meters above the floor. For tall racking systems, install additional tubes between shelves to eliminate dark spots.

Mark the positions for the mounting clips using a tape measure and level. Each tube requires two clips, spaced 60cm apart (one near each end). Use the included screws to attach the spring clips to the ceiling, wall, or rack beams. For concrete surfaces, use wall anchors to ensure a secure fit.

Gently press the T8 tube into the spring clips until it clicks into place. The clips will expand slightly to hold the tube securely, even in high-vibration environments. For longer runs, start at the power source and work your way outward, connecting each tube as you go.

Align the male connector of one tube with the female connector of the next, then twist clockwise until it locks into place. Ensure the O-ring is properly seated to maintain the waterproof seal. Continue connecting tubes until you have completed your lighting run. Seal the final female connector with the included dust cap.

Strip the insulation from the end of the first tube's power cable. Connect the wires according to the color-coding:

Brown wire: Live (L)

Blue wire: Neutral (N)

Green/yellow wire: Ground (PE)

Secure each connection with a wire nut and wrap it with electrical tape. Connect the power cable to a weatherproof junction box or a dedicated freezer-rated power outlet.

Turn the main power supply back on and verify that all tubes light up instantly and evenly. Check for any flickering, dimming, or loose connections. Adjust the position of the tubes if needed to ensure uniform illumination across the entire space.

Our firm prides itself on owning its own factory, guaranteeing complete control over the production process and the quality of our goods. We are not only agents; we are manufacturers committed to offering our clients the most competitive rates available. We invite consumers to evaluate our samples first, as we are assured that the quality and pricing of our items are self-evident. Our dedication to excellence and client satisfaction compels us to consistently perform at our best and provide superior quality products.

Our address

3rd Floor, 5th Building, Hebei Industrial Park, Hualian Community, Longhua District, Shenzhen, China

E-mail

bwzm09@ledbenweilighting.com