Get a Free Quote

Our representative will contact you soon.
Email
Name
Mobile
Company Name
Message
0/1000
Extruded Plastic Tubes

Home /  Product /  Extruded Plastic Tubes

Algae Cultivation Acrylic Tube — 92% Light Transmission · UV Stabilized · 20-40 Year Lifespan

Algae cultivation acrylic tube is available in a range of diameters and wall thicknesses in clear finishes. which come with flanges and watertight are strong yet lightweight and suitable for the algae cultivation.

  • Product description
  • Video
  • Specifications
  • Application
  • Related Products
Photobioreactor Grade PMMA

Algae Cultivation Acrylic Tube

92% Light Transmission · UV Stabilized · Biofilm-Resistant · 20-40 Year Lifespan

Precision-extruded PMMA tubes engineered for tubular photobioreactors (PBR), algae cultivation systems, and photosynthetic biomass production. Available in Ø30mm to Ø500mm, lengths up to 10m+.

92%
Light Transmission
30-500
Diameter Range (mm)
10+
Max Length (m)
20-40
Year Lifespan

Maximizing Photosynthesis. Engineered for Algae.

In tubular photobioreactors, every photon counts. The tube wall is the first and most critical optical interface between your algae culture and the light source. PMMA (polymethyl methacrylate) acrylic tube delivers up to 92% light transmission — significantly higher than glass, polycarbonate, or other transparent plastics — ensuring maximum photosynthetic efficiency across the entire culture volume.[reference:0]

Our algae cultivation acrylic tubes are extruded from UV-stabilized PMMA, maintaining transparency without yellowing even after years of outdoor exposure. PMMA is also inherently resistant to biofilm formation, reducing cleaning frequency and maintaining consistent light delivery over the system's lifetime — which can reach 20 to 40 years without declining light transmission.[reference:1][reference:2]

Available in diameters from Ø30mm to Ø500mm and lengths exceeding 10 meters, our tubes are designed for both horizontal serpentine and vertical column photobioreactor configurations. Custom wall thickness, end finishes, and connection flanges available for seamless integration into your existing PBR system.

Why PMMA for Algae

◈92% Light Transmission — Highest of All Plastics
◈Biocompatible · Non-Toxic · Food-Grade Approved
◈Biofilm-Resistant Smooth Surface
◈UV Resistant — No Yellowing Without Coatings
◈Chemical Resistant — Withstands Bleach & Peracetic Acid
◈1.9x Lighter Than Glass — Easier Installation
◈20-40 Year Service Life
Technical Specifications

PMMA tube for tubular photobioreactor · Algae cultivation system

MaterialOptical-Grade PMMA (Acrylic)
Light TransmissionUp to 92%
Diameter RangeØ30mm – Ø500mm
Wall Thickness2mm – 10mm (custom)
LengthUp to 10m+ (custom)
Density1.18 g/cm³ (1.9x lighter than glass)
Max Operating Temp70°C
UV StabilityInherent — No Yellowing
Chemical ResistanceBleach · Peracetic Acid · Salt Water
Biofilm ResistanceHigh — Smooth Surface
Food ContactFDA-Compliant · Non-Toxic
Service Life20 – 40 Years

Applications

Tubular Photobioreactors (PBR)Microalgae CultivationSpirulina & Chlorella ProductionBiomass & Biofuel ResearchAquaculture HatcheriesWastewater TreatmentPhytoplankton ProductionPhotosynthetic Bacteria CultureVertical Algae FarmingLaboratory-Scale PBR
PBR Configuration Types

HORIZONTAL SERPENTINE

Long tubes arranged in U-shape or serpentine patterns on the ground. Ideal for outdoor installations with natural sunlight. Small diameters (Ø10-60mm) maximize light penetration and surface-to-volume ratio.[reference:3]

VERTICAL COLUMN

Vertical tubes up to 10m+ connected by flanges. Requires significantly less space and enables energy-efficient Airlift circulation. Larger diameters (Ø100-500mm) for increased culture volume.[reference:4]

RING / ANNULAR

Two concentric tubes of equal height with the light source positioned in the central tube. Reduced water layer thickness improves biomass yield and light distribution efficiency.[reference:5]

INCLINED / TILTED

Tubes inclined at approximately 45° for optimal balance between light harvesting and gas transfer. Maximum light capture throughout the day without increasing structural support costs.[reference:6]

Customization Services
01

Custom Diameters

Any size from Ø30mm to Ø500mm

02

Variable Wall Thickness

Adjusted for hydrostatic pressure

03

End Fabrication

Flanges · End caps · Fittings

04

System Integration

Designed for your PBR layout

ISO 9001FDA-CompliantRoHSREACH
10+ Years50+ Countries

Need Acrylic Tube for Your Algae Cultivation System?

Free consultation · PBR design support · Samples available


LEZPC — Algae Cultivation Acrylic Tube · Photobioreactor Grade PMMA

No. Specifications Flange specifcations Cover plate size Bottom plate size Sealing gasket size/material Screws
1 Ø80x2x2000MM Ø80x2x2500MM 140*8MM 82*8MM 82*10MM 141x1mm silica gel M8*28 PA6
2 Ø90x2.5 x2000MM Ø90x2.5 x2500MM 150*8MM 92*8MM 92*10MM 150x1mm silica gel M8*28 PA6
3 Ø120x3x2000MM Ø120x3x2500MM 180*8MM 122*8MM 122*10MM 180x1mm silica gel M8*28 PA6
4 Ø150x3x2000MM Ø150x3x2500MM 200*10MM 152*8MM 152*10MM 200x1mm silica gel M8*28 PA6
5 Ø200x3x1500MM Ø200x3x2000MM 250*10MM 202*8MM 202*10MM 250x1mm silica gel M8*28 PA6
6 Ø250x3x1500MM Ø250x3x2000MM 300*10MM 252*8MM 252*10MM 300x1mm silica gel M8*28 PA6
7 Ø350x4x1500MM Ø350x4x2000MM 400*10MM 352*8MM 352*10MM 400x1mm silica gel M8*28 PA6
8 Ø400x5x1500MM Ø400x5x2000MM 450*10MM 402*8MM 402*10MM 450x1mm silica gel M8*28 PA6
9 Ø500x5x1500MM Ø500x5x2000MM 550*10MM 505*8MM 505*10MM 550x1mm silica gel M8*28 PA6
All specifications of flanges can be equipped with milky white silicone sealing gaskets,customizable in any color

Material: PMMA transparent

Performance: seawater resistance,acid and alkail resistance,chemical resistance

Weather resistance: anti-UV,resistant to ultraviolet radiation

Welcome to customize with your drawings or samples

Application:

  • 8.30.7.jpg

  • 8.30.6.jpg

  • 8.30.5.jpg

Get a Free Quote

Our representative will contact you soon.
Email
Name
Mobile
Company Name
Message
0/1000