ODE R-Flex Pipe

Wholly flexible, prefabricated pipe insulation manufactured from elastomeric rubber foam material in the form of pipes, for use on piping installations on cold and warm lines.

About ODE R-Flex Pipe
Technicial Specifications
Accessories
Application Information
Quality Certificates

The ODE R-FLEX Pipe is offered in to three groups,DIAMOND, PRM (Premium) and STD (Standard).

It is manufactured unfaced or with various types of facing with diameters of 6 mm 114 mm and thicknesses of 6 mm - 40 mm.

LAMINATED PRODUCTS:

ODE R-FLEX ALUGLASS PIPE

The top surface of the product is coated with Aluglass (aluminum glass fabric)
It has 95 g / m glass cloth material.
It has high fire and UV resistance thanks to its glass cloth surface.
Complete sealing and minimal workmanship mistakes.
It maintains its elasticity property at low and high temperatures and does not deteriorate its lamination.
High pressure resistance

ODE R-FLEX AL-CLAD PIPE

Developed as an alternative to 0.8 – 1 mm aluminum metal lamination.It has a high-strength aluminum foil coating as the top coat.
Applicable to the outdoor systems with UV resistant external lamination.*
Advantages of fast application, minimum labour and waste (2-3%)
Increase in the water vapour diffusion resistance of the product.
Complete sealing and minimal workmanship mistakes.
Protection of the form against mechanical impacts.

ODE R-FLEX ALU PIPE

It is covered with aluminum facing. Is faced with durable laminated aluminum and polyester.
It strengthens the product's water vapor diffusion resistance by virtue of the the foil layer on the exterior of the pipe.
Increases resistance to shocks.
Protection from UV rays can be achieved by selecting the AL CLAD facing type.
Foil covered products prevent possible errors in workmanship and saves labor.
Visually complements areas in internal surfaces that can not be coated with a protective layer.

ODE R-FLEX METALIZED PIPE

Elastomeric rubber foam pipe with Metalized PET film as their final facing layer.
Has high strength and surface hardness by virtue of its characteristics.
Increases the product’s water vapour diffusion resistance.
Raises UV resistance.
It is cost friendly.

Lenght (mm)	Thickness (mm)
Lenght (mm)	6	9	13	19	25	32	40
2000	√	√	√	√	√	√	√

ODE R-FLEX DIAMOND PIPE

Name of Product	λ (Thermal Conductivity) W/ (m.K)	µ (Water Vapor Diffusion Resistance Factor)	Fire Response Classification (EN 13501-1)
R-FLEX DIAMOND Pipe	0.034 (0 °C)	11000	BL-s2,d0
	0.039 (25 °C)
	0.041 (75 °C)

ODE R-FLEX PRM PIPE

Name of Product	λ (Thermal Conductivity) W/ (m.K)	µ (Water Vapor Diffusion Resistance Factor)	Fire Response Classification (EN 13501-1)
R-FLEX PRM Pipe	0.034 (0 °C)	7000	BL-s2,d0
	0.039 (25 °C)
	0.041 (75 °C)

ODE R-FLEX STD PIPE

Name of Product	λ (Thermal Conductivity) W/ (m.K)	µ (Water Vapor Diffusion Resistance Factor)	Fire Response Classification (EN 13501-1)
R-FLEX STD Pipe	0.036 (0 °C)	5000	BL-s3,d0
	0.039 (25 °C)
	0.041 (75 °C)

ODE KONFiX (ODE R-FLEX ADHESIVE)

Synthetic rubber based super-strong adhesive used in ODE R-flex applications. Prevents convection currents at joints, facilitates easy and fast installation. Surfaces to which the product shall be applied should not be greasy or dusty, and ODE Konfix should be applied by using a roll, brush, or spray gun equally on both surfaces, and adhesion should be ensured under constant pressure. The drying period varies between 10 seconds and 4 minutes, and the time required for complete adhesion is 24 hours.

Adhesive	Quantity (kg)
ODE KONFIX 14/1	14
ODE KONFIX 3/1	3
ODE KONFIX 14/1	14
ODE KONFIX 3/1	3

APPLICATION INFORMATION

	1. If pipework has already been installed, cut the ODE R-Flex Pipe lengthwise. Use only sharp blades for cutting. This will make it easier for you to apply the adhesive.
	2. Place the Ode R-Flex pipe around the pipe that is to be insulated, and apply Ode R-Flex Adhesive on the edges on the end section as well as the edges that have been formed along the slit.
	3. Once you are sure the adhesive is dry, gently press both edges of the slit together, sticking them together.
	4. Cut a part a few mmlonger than required tocover the region betweentwo insulating pipes. If the piece you cut is not long enough, it will make the insulation properties in the area worse.
	5. Cut a piece that is a few mm longer than is needed to cover the seam between two insulation pipes. If the piece you have cut is not long enough, the insulating properties in this area will suffer.