SS316 Solid Bottom Cable Tray

  1. High quality, high strength, robust and durability
  2. Superior corrosion resistance for marine, offshore, and chemical environments
  3. Solid bottom design for complete cable protection and containment
  4. Excellent for oil containment, dust protection, and small cable support

SS316 solid bottom cable tray, also known as stainless steel 316 solid tray or SS316 trough cable tray, is specially designed and engineered for supporting and managing cables whilst providing complete protection with a continuous solid bottom surface. As the reliable stainless steel cable tray manufacturer, Lanye brand custom SS316 solid bottom cable tray is available in various configurations, materials, sizes and forms to suit the location and requirements of the installation. Our SS316 solid bottom cable tray can be used in almost any places including offshore platforms, marine vessels, chemical plants, food processing facilities, pharmaceutical plants, wastewater treatment plants, and high corrosion risk areas, etc.

1. What Is SS316 Solid Bottom Cable Tray?

SS316 solid bottom cable tray is a cable management system fabricated from high-quality stainless steel 316 (SS316), featuring a continuous solid bottom surface without perforations. Unlike perforated or ladder cable trays, solid bottom cable trays provide complete cable containment, preventing small cables from sagging, protecting cables from falling debris, and containing potential oil leaks or dust accumulation. The solid bottom design also provides enhanced protection against moisture, dirt, and small animals.

SS316 solid bottom cable tray is commonly fabricated using SS316 stainless steel sheets. The chemical composition of SS316 includes chromium (16-18%), nickel (10-14%), and molybdenum (2-3%), which provides exceptional resistance to chlorides, salt spray, and industrial chemicals. The tray is manufactured through standard procedures such as punching, bending, and welding, carried out by a flexible automatic production line. The finish can be mill finish (natural) or brushed according to customer requirements.

Stainless steel 316 solid bottom cable tray exhibits excellent qualities including high strength, a robust design, durability, and outstanding resistance to rust and corrosion in the harshest environments. The solid bottom provides continuous support for all cable types, including small-diameter instrumentation cables that might sag between rungs of ladder trays. These characteristics make it an ideal choice for cable management in marine, offshore, chemical, food processing, and pharmaceutical environments where complete cable protection is required. SS316 solid bottom cable tray is the reliable cable management solution to ensure the longevity and proper functioning of cables in demanding environments.

1.1 Main Functions of SS316 Solid Bottom Cable Tray

Function Description
Cable SupportContinuous support for all cable types including small diameter cables
Complete ContainmentPrevents cable sagging and maintains organized routing
Corrosion ProtectionSuperior resistance to salt spray, chlorides, and chemicals
Debris ProtectionSolid bottom blocks falling dust, dirt, and small objects
Oil ContainmentContains potential oil or fluid leaks from cables
Moisture BarrierProvides protection against water splash and humidity

1.2 SS316 Solid Bottom vs Other Cable Tray Types – Key Differences

Feature SS316 Solid Bottom SS316 Perforated SS316 Ladder
Bottom SurfaceSolid (no holes)Perforated (holes)Open rungs
Cable SupportContinuousContinuous with ventilationIntermittent
Small Cable SupportExcellentGoodPoor (may sag)
Ventilation / CoolingNoneGoodExcellent
Debris ProtectionExcellentModeratePoor
Oil ContainmentExcellentPoorPoor
WeightHeavierModerateLightest
Typical ApplicationInstrumentation, food/pharma, oil containmentData centers, generalHeavy power cables

2. Lanye Custom SS316 Solid Bottom Cable Tray Properties

  • Raw material: Stainless Steel 316 (SS316) or SS316L
  • Product type: solid bottom cable tray
  • Surface treatment: Mill finish (2B) or brushed (240 grit)
  • Appearance: premium stainless steel finish
  • MOQ: 60 meters (can be mixed sizes)
  • OEM/ODM: acceptable and according to your specifications
  • Certification: CE, ISO certificates
  • Delivery: 15-20 days after deposit received
  • Payment terms: T/T, LC at sight acceptable
  • Application: offshore platforms, marine vessels, chemical plants, food processing, pharmaceutical, wastewater treatment, and high corrosion environments.
SS316 Solid Bottom Cable Tray for Chemical Plant
SS316 Marine Grade Solid Cable Tray

3. Technical Data Of Custom SS316 Solid Bottom Cable Tray

NoTypeWidth (mm)Height (mm)Thickness (mm)Surface FinishLength (mm)Load Capacity
1Lanye-SST-1100501.2Brushed2000Light Duty
2Lanye-SST-2150501.2Brushed2000Light Duty
3Lanye-SST-3200751.5Brushed2000Medium Duty
4Lanye-SST-4300751.5Brushed2000Medium Duty
5Lanye-SST-53001001.5Brushed2000Medium Duty
6Lanye-SST-64001002.0Brushed3000Heavy Duty
7Lanye-SST-75001002.0Brushed3000Heavy Duty
8Lanye-SST-85001502.0Brushed3000Heavy Duty
9Lanye-SST-96001502.5Brushed3000Extra Heavy Duty
10Lanye-SST-108001502.5Brushed3000Extra Heavy Duty

Remark:
Solid bottom (no perforations).
Optional drain holes available on request.
Optional integral divider available.
SS316L (low carbon) available for welding applications.
Custom sizes: Widths, heights, and thicknesses available.
ODM/OEM Availability: Welcome to customize.

3.1 Material Specifications (SS316)

Parameter Specification
Material GradeSS316 / SS316L
Chromium (Cr)16-18%
Nickel (Ni)10-14%
Molybdenum (Mo)2-3%
Tensile Strength≥515 MPa
Yield Strength≥205 MPa
Elongation≥40%
Hardness (Brinell)≤217 HB

3.2 Solid Bottom vs Perforated – Weight Comparison (600mm width, 2.0mm thickness)

Tray TypeWeight per meter (approx.)
Solid Bottom18.5 kg/m
Perforated (33% open)12.4 kg/m
Ladder9.8 kg/m

3.3 Optional Features

FeatureAvailabilityDescription
Drain HolesYesSmall holes for liquid drainage
Integral DividerYesCenter or offsetdivider for cable separation
Covers (solid)YesSolid covers for complete enclosure
Covers (ventilated)YesPerforated covers for ventilation
Support BracketsYesSS316 brackets for matching corrosion resistance

3.4 Optional Accessories

4. What Are Advantages of SS316 Solid Bottom Cable Tray?

Lanye custom SS316 solid bottom cable tray has the following advantages which make it an excellent choice for efficient cable management solutions.

4.1 Complete Cable Containment

The solid bottom design provides continuous support for all cable types, especially small-diameter instrumentation and control cables that would sag or fall through ladder tray rungs. Cables remain organized and protected with no risk of drooping between supports.

4.2 Superior Corrosion Resistance

SS316 contains molybdenum, which provides exceptional resistance to chlorides, salt spray, and aggressive chemicals. This makes SS316 solid bottom cable trays the ideal choice for marine environments, offshore platforms, coastal facilities, and chemical plants where SS304 or galvanized steel would suffer pitting or crevice corrosion.

4.3 Oil and Fluid Containment

The solid bottom tray contains potential oil leaks from cables or hydraulic fluids, preventing drips onto equipment or personnel below. This is particularly important in food processing, pharmaceutical, and clean manufacturing environments.

4.4 Debris and Dust Protection

The solid bottom shields cables from falling dust, dirt, metal shavings, and other debris common in industrial environments. This protection extends cable life and maintains cable performance.

4.5 Small Cable Support

Unlike ladder trays where small cables can sag between rungs, solid bottom cable trays provide continuous support for fiber optic cables, instrumentation wires, thermocouple cables, and other small-diameter conductors.

4.6 High Strength and Durability

SS316 stainless steel offers excellent mechanical strength. Solid bottom cable trays can withstand heavy cable loads, impacts, and vibration without deformation, providing long-term reliable cable support.

4.7 Hygiene and Cleanability

The smooth, non-porous solid surface of SS316 tray does not harbor bacteria, mold, or contaminants. It can be easily cleaned with steam, pressure washing, or chemical sanitizers – essential for food, beverage, and pharmaceutical applications.

4.8 Professional Appearance

The brushed or mill finish of SS316 solid bottom tray provides a clean, professional appearance valued in visible installations such as food processing lines, pharmaceutical clean rooms, and commercial kitchens.

4.9 Long Service Life

SS316 solid bottom cable trays provide service life of 25+ years in harsh environments where other materials would fail in 2-5 years. This extended service life makes SS316 the most economical choice for demanding applications when lifecycle costs are considered.

4.10 Marine Grade Performance

SS316 is considered true marine grade stainless steel. For offshore platforms, ships, docks, and coastal facilities, SS316 solid bottom cable trays deliver the corrosion resistance needed for reliable long-term performance in salt spray environments.

SS316 Corrosion Resistant Solid Bottom Cable Tray
SS316 Heavy Duty Solid Bottom Cable Tray

5. What Is SS316 Solid Bottom Cable Tray Used For?

SS316 solid bottom cable tray is widely used across many industries where complete cable containment, corrosion resistance, and hygiene are essential requirements.

5.1 Offshore Oil and Gas Platforms

Offshore platforms expose cable trays to constant salt spray, humidity, and harsh weather. SS316 solid bottom cable trays provide the corrosion resistance needed for reliable long-term performance, while the solid bottom contains any potential oil or chemical leaks.

5.2 Marine Vessels and Shipbuilding

Ships, boats, and naval vessels require cable management that can withstand saltwater corrosion and vibration. SS316 solid bottom cable trays are standard for marine electrical systems, providing complete cable protection in engine rooms, control rooms, and deck areas.

5.3 Chemical Processing Plants

Chemical plants expose cable trays to corrosive vapors, acid mists, and chemical splashes. SS316 solid bottom cable trays resist attack from a wide range of chemicals while containing any drips from cable systems.

5.4 Food and Beverage Processing

Food processing facilities require cable trays that are corrosion-resistant, easy to clean, and capable of containing drips or spills. SS316 solid bottom cable trays meet FDA and USDA requirements for food contact areas and can withstand frequent washdowns with harsh cleaning chemicals.

5.5 Pharmaceutical Manufacturing

Pharmaceutical clean rooms and processing areas demand cable trays with smooth, non-porous surfaces that do not harbor contaminants. SS316 solid bottom cable trays provide a hygienic cable management solution that meets GMP requirements.

5.6 Wastewater Treatment Plants

Wastewater treatment exposes cable trays to moisture, hydrogen sulfide gas, chlorine, and other corrosive agents. SS316 solid bottom cable trays provide long-term performance in these demanding conditions while containing drips and debris.

5.7 Power Generation (Coastal and Nuclear)

Coastal power plants and nuclear facilities require cable trays with exceptional corrosion resistance. SS316 solid bottom trays protect critical control and instrumentation cables from salt spray and environmental exposure.

5.8 Desalination Plants

Desalination facilities operate in high-chloride environments that are extremely corrosive to most metals. SS316 solid bottom cable trays provide reliable, long-term cable management in these demanding conditions.

5.9 Mining and Mineral Processing

Mines and processing plants expose cable trays to moisture, chemicals, and abrasive dust. SS316 solid bottom trays protect cables from falling debris while resisting chemical attack.

6. Installation Best Practices

Step 1 – Plan Cable Routes

Determine tray runs, supports, and access requirements. Consider the solid bottom’s weight when planning support spacing.

Step 2 – Install Support Brackets

Use SS316 support brackets to avoid galvanic corrosion. Mount brackets at recommended spacing (typically 1.5m to 2.5m depending on load and tray size).

Step 3 – Connect Tray Sections

Use SS316 couplers to connect tray sections. Pre-punched splice holes align for easy connection. Use SS316 bolts and hardware.

Step 4 – Install Dividers (if required)

For applications requiring cable separation, install integral dividers before cable installation. Dividers can be fixed center or offset.

Step 5 – Install Cables

Lay cables into the solid bottom tray, respecting minimum bend radii. The solid bottom provides excellent support for all cable types.

Step 6 – Secure Cables

Use cable ties or cleats as required. For instrumentation cables, avoid over-tightening ties.

Step 7 – Install Covers (if required)

For additional protection, install solid or ventilated covers using cover clips or hardware.

Step 8 – Earth Continuity

For metal tray systems, ensure electrical continuity across all sections using SS316 earth bonding kits as required by local electrical codes.

Step 9 –Installation Tips for Solid Bottom Trays

  • Provide adequate ventilation if cables generate significant heat
  • Consider drain holes for outdoor installations where water may accumulate
  • Support spacing should be reduced compared to perforated trays due to increased weight
  • For long horizontal runs, account for thermal expansion

7. Comparison: SS316 Solid Bottom vs Other Materials

Accessory Availability
Horizontal Bend (Solid Bottom) Yes
Vertical Bend (Solid Bottom) Yes
Tee Fitting (Solid Bottom) Yes
Cross Fitting (Solid Bottom) Yes
Reducer Yes
End Cap Yes
Cover (Solid or Perforated) Yes
Support Bracket (SS316) Yes
Couplers and Connectors (SS316) Yes
Divider / Separator Yes
Earth Bonding Kits (SS316) Yes
Feature SS316 Solid Bottom SS304 Solid Bottom HDG Steel Solid Bottom FRP Solid Bottom
Corrosion Resistance (Marine) Excellent Good Poor Excellent
Corrosion Resistance (Chemical) Excellent Good Poor Excellent
Strength Very High Very High High Moderate
Temperature Resistance Excellent Excellent Excellent Moderate
Impact Resistance Excellent Excellent Excellent Moderate
Weight Heavy Heavy Heavy Light
Electrical Conductivity Conductive Conductive Conductive Non-conductive
Initial Cost High Moderate Low Moderate
Lifecycle Cost (Harsh Environment) Low Moderate High Low

8. Why Buy From Lanye

8.1 Premium SS316 Material

Lanye uses only high-quality stainless steel 316 from certified mills with full material traceability, ensuring consistent corrosion resistance and mechanical properties.

8.2 Custom Engineering Support

As a professional cable tray manufacturer, Lanye can provide SS316 solid bottom cable trays based on project drawings, load requirements, and environmental specifications.

8.3 OEM and ODM Service

Lanye supports OEM and ODM supply for distributors, contractors, and industrial buyers. Private labeling, custom dimensions, and special finishes are available.

8.4 Quality Assurance

All Lanye SS316 solid bottom cable trays undergo strict quality control including material certification, dimensional inspection, weld inspection, and surface finish verification.

9.Frequently Asked Questions (FAQ)

Q1: What is the difference between SS316 and SS304 for solid bottom cable trays?

A: SS316 contains molybdenum (2-3%), which provides superior resistance to chlorides, salt spray, and marine environments. SS304 is suitable for general industrial use. For marine, offshore, and chemical applications, Lanye recommends SS316. For less demanding environments, SS304 offers good performance at lower cost.

Q2: Why choose a solid bottom cable tray instead of perforated or ladder?

A: Solid bottom trays provide continuous cable support (especially for small diameter cables), contain oil leaks and debris, and offer better protection against falling dust and dirt. Lanye solid bottom trays are ideal for instrumentation cables, food processing, pharmaceutical, and applications requiring fluid containment.

Q3: Does the solid bottom design cause cable overheating?

A: Solid bottom trays do not provide ventilation like perforated or ladder trays. For high-power cables with significant heat generation, Lanye recommends perforated trays or ladder trays. For control, instrumentation, and communication cables, solid bottom trays are generally suitable without overheating concerns.

Q4: Can SS316 solid bottom cable trays be used outdoors?

A: Yes. SS316 is specifically designed for outdoor, marine, and coastal environments. Lanye SS316 solid bottom cable trays provide excellent corrosion resistance in all outdoor conditions including direct weather exposure and salt spray.

Q5: Are drain holes available for outdoor installations?

A: Yes. Lanye can supply SS316 solid bottom cable trays with pre-punched drain holes to prevent water accumulation in outdoor installations. Please specify drain hole requirements when ordering.

Q6: What is the difference between SS316 and SS316L?

A: SS316L has lower carbon content (0.03% max vs 0.08% max for SS316), which provides better resistance to sensitization and intergranular corrosion after welding. Lanye offers both grades; SS316L is recommended for welded applications.

Q7: Can I order SS316 solid bottom cable trays with covers?

A: Yes. Lanye offers both solid covers (for complete enclosure) and ventilated covers (for some airflow) in matching SS316 material. Covers are available for all standard tray widths.

Q8: What support spacing is recommended for solid bottom trays?

A: Due to the solid bottom’s additional weight, Lanye recommends support spacing of 1.5m to 2.0m for standard loads, compared to 2.0m to 2.5m for perforated trays. Please consult our load tables for specific recommendations.

Q9: What is the lead time for custom SS316 solid bottom cable trays?

A: Standard sizes and finishes from Lanye typically ship in 7-10 business days. Custom sizes, special dimensions, or large quantities require 15-20 business days.

Q10: Is SS316 solid bottom cable tray suitable for food processing?

A: Yes. SS316 is FDA-compliant and provides excellent corrosion resistance to food acids and cleaning chemicals. Lanye SS316 solid bottom trays have smooth, non-porous surfaces that are easy to clean and sanitize.

Q11: How do I clean SS316 solid bottom cable trays?

A: Clean with mild detergent, warm water, and a soft cloth or sponge. For brushed finishes, wipe in the direction of the grain. For stubborn deposits, use a stainless steel cleaner. Avoid chloride-based cleaners or abrasive pads that may damage the passive layer.

Q12: Can I get a sample before placing a large order?

A: Yes. Lanye offers sample sections of SS316 solid bottom cable tray for customer evaluation. Please contact our sales team to discuss sample requirements and lead time.

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