You are here: Home / Products / UltraThick Insulating screen / Ultra Thick Insulating screen-R-BO-66

Ultra Thick Insulating screen-R-BO-66


Availability:

Model:
Ultra Thick Insulating screen-R-BO-66
Brand:
Hamilton

Application: Suitable for use under all types of greenhouse covers. Can be installed with rolling sliding or polyester line hanging systems.

Product Description

HAMILTON Ultra Thick Insulating Screen

R-BO 66

1. 1st Layer – UV-resistant & anti-aging functional screen for thermal retention and breathability.

2. 2nd Layer – Nanofiber cotton, inhibits bacterial growth to prevent moss and mold after years of use.

3. 3rd Layer – UV-stabilized polyester fabric with excellent insulation, ventilation and weather resistance.

4. 15cm gap between seams allows easy passage and closing of water vapor.

5. UV-stabilized & clean: High UV resistance with excellent anti-static performance, ensuring long-term cleanliness and efficiency.

6. Compact roll-up design: Rolls to a small size for maximum light transmission.

7. Application: Suitable for use under all types of greenhouse covers. Can be installed with rolling sliding or polyester line hanging systems.

Product information

Application: Inside greenhouse

System: Rolling

Material composition: White high strength woven film + nanofiber

cotton+polyester fabric

Standard widths(cm): 420cm

Flame retardant: NO

Warranty： 5years under all types of greenhouse covering

Properties	Value	Unit	Test methods
Weight	260±10	g/m²
Thickness		mm
Tensile strength		N	ISO 13934-1
Elongation		%	ISO 13934-1

Properties	Value	Unit	Test methods
CLO	1.10308	Clo	GB/T 11048-
Thermal resistance	0.17098	K. m²/W	2008 B法
Heat Transfer Index	5.849	W/（m²*K
Heat Preservation	65.60	%

Cases Projects

Harm Textile’s climate screens have been successfully deployed in over 20 countries across Europe, North America, the Middle East, and Asia, supporting hundreds of modern greenhouse projects with customized, energy-efficient solutions.

UAE Greenhouse Project

The Open-Shade Series eleganly soves the ventlation limtatons of traditonal shade nets s high-porosty open-weave structure efectvely fiters excessSolar radiation to recuce greenhouse tem peraures while allowing unrestrcted arfiow This "cooling breathablity" maintans heathy gas exchange

Greenhouse Screen Selection Case Study-China

Climate Challenges to project location: Winter heat retention and climate stability, summer temperature and light balance.

Greenhouse Screen Selection Case Study-UAE

This extreme diffusion configuration is designed to completely eliminate shadows and light spots, preventing lettuce tip burn, which is the most challenging issue for hydroponic lettuce production.