Thermal insulating support rings PIPEWOOL

Frame rings PIPEWOOL – innovative spacer products designed to strengthen the pipeline structure and compensate for the mechanical load acting on the thermal insulation cylinders from the side of the metal casing. The products are manufactured taking into account the current fire safety standards, are of high quality, and fully retain their operational and thermal insulation characteristics.

The main advantages of using PIPEWOOL frame rings:
● Prevent deformation of the thermal insulation layer by evenly distributing the pressure of the outer protective shell installed on the pipeline;
● They retain a high heat capacity of the thermal insulation layer, since they are made from raw materials similar to the insulating cylinders – mineral wool based on basalt rocks;
● Easy to install, since each support ring for pipelines has special locks of various complexity, which eliminate the loss of its thermal insulation properties.

Mineral wool frame rings can consist of two or four parts and have a round or square shape, depending on the structural complexity of the pipeline. Their thickness varies from 2 to 30 cm, during operation this indicator practically does not change, since the product has a high compressive strength.

PIPEWOOL basalt pipe rings- an alternative to metal brackets and plastic tripwires, the installation of which is associated with certain difficulties. Their economic benefits are fully proven in practice! Call us or leave a request, our staff will place an order within a few minutes.

THERMAL INSULATION STANDARDS

Name of the indicator	Normative value of density marking
80	100	120	150	200
Density, kg/m³	67 • 84	85 • 102	103 • 123	124 • 150	151 • 200

Thermal conductivity, W / mK, no more at a temperature of	10°С	0,035	0,036	0,036	0,038	0,04
(25 ± 5)°С	0,036	0,038	0,038	0,042	0,048
(125 ± 5)°С	0,047	0,047	0,048	0,051	0,053
(300 ± 5)°С	0,085	0,085	0,086	0,088	0,090

Mass fraction of organic substances (%) not more than	5	5	5	5	5
Humidity (% by weight) no more than	1	1	1	1	1
Tensile strength (Mpa) not less than	0,01	0,015	0,015	0,02	0,025
Compressive strength at 10% deformation of the thermal insulation layer (Mpa) is not less than	0,01	0,01	0,015	0,03	0,05

THERMAL INSULATION STANDARDS

Name of the indicator

Normative value of density marking

100

120

150

200

Density, kg/m³

67 • 84

85 • 102

103 • 123

124 • 150

151 • 200

Thermal conductivity, W / mK,
no more at a temperature of

10°С

0,035

0,036

0,038

0,04

(25 ± 5)°С

0,036

0,038

0,042

0,048

(125 ± 5)°С

0,047

0,048

0,051

0,053

(300 ± 5)°С

0,085

0,086

0,088

0,090

Mass fraction of organic substances (%) not more than

Humidity (% by weight) no more than

Tensile strength (Mpa) not less than

0,01

0,015

0,02

0,025

Compressive strength at 10% deformation
of the thermal insulation layer (Mpa) is not less than

0,01

0,015

0,03

0,05

SPECIFICATIONS:
	Marking of insulation: 80; 100; 120; 150; 200.
	Internal diameter: from 18 to 1020 mm.
	External diameter: from 110 to 1500 mm (According to the Customer’s specifications)
	Thermal insulation thickness: from 20 to 200 mm.
	Product width: According to the Customer’s specification.
	Number of segments: Depending on the diameter.
	Mounting direction: ► Double-sided.
	Protective coating: Uncoated.

SPECIFICATIONS: