Solar Hose
Twin / Single
Insulated Flexible
Solar Hose
SolarMaster Insulated Flexible Solar Hose are suitable for both residential and commercial solar heating applications.
INTRODUCTION
SolarMaster Insulated Flexible Solar hose is a flexible metal tube in austenitic stainless steel AISI 316L covered by high-temperature resistant EPDM insulation designed for connecting solar heating systems. It allows quick connection of the solar panel to the hot water storage tank, significantly reducing installation time.These tubes are designed to minimize heat dispersion whilst being resistant to chemical agents, bird and rodent attacks and aggressive weather conditions.
FEATURES
• Suitable for use with all standard solar heating systems.
• Quick to install, with no need for welding or other accessories for creating the end fittings.
• High-quality individual components.
• Greater resistance due to the EPDM insulation and outer film which guarantee maximum protection
• Quick to install, with no need for welding or other accessories for creating the end fittings.
• High-quality individual components.
• Greater resistance due to the EPDM insulation and outer film which guarantee maximum protection
against solar radiation and mechanical damge.
• Flexible high-grade stainless steel tube 316L(or 304).Maximum pressure up to 18 bar
• Flexible high-grade stainless steel tube 316L(or 304).Maximum pressure up to 18 bar
• Coil length is available in 10, 15,20,30 meters. Other length is available upon customer's reques
DETAILED PICTURES
MAIN TECHNICAL DATA
• High-quality corrugated tube in austenitic stainless steel AISI 316L.
• Sensor cable coated in high-temperature resistant silicone rubber.
• Insulation in closed-cell EPDM (> 98%) with anti-UV film and a high mechanical friction resistance.
• Does not contain: PVC, CFC, HCFC, Halogens, Asbestos, Bromine, Formaldehyde.
• High fire resistance. Flame-retardant. Non-dripping: Class E - DIN EN 13501 / B2 DIN 4102 Teil1 (D).
• Acoustic absorption according to EN ISO 11654, Absorption Class D.
• Permeability μ ≥ 4500.
• Thermal resistance from -50°C to +150°C (+175°C for short periods).
• Thermal conductivity: λ0°C= 0.034 W/m.k, λ40°C = 0.039 W/m.k (ASTM C 177 JIS A1412-1989 DIN 52613)
MODELS
| MODEL | TUBE TYPE |
CORRUGATED PIPE
SIZE
|
CORRUGATED PIPE MATERIAL |
INSULATION
THICKNESS
|
| AKTW01-12-13 | TWIN | DN12 | SUS316L | EPDM 13mm |
| AKTW01-16-13 | TWIN | DN16 | SUS316L | EPDM 13mm |
| AKTW01-20-13 | TWIN | DN20 | SUS316L | EPDM 13mm |
| AKTW01-12-20 | TWIN | DN12 | SUS316L | EPDM 20mm |
| AKTW01-16-20 | TWIN | DN16 | SUS316L | EPDM 20mm |
| AKTW01-20-20 | TWIN | DN20 | SUS316L | EPDM 20mm |
| AKTW02-12-13 |
TWIN
|
DN12 | SUS304 | EPDM 13mm |
| AKTW02-16-13 | TWIN | DN16 | SUS304 | EPDM 13mm |
| AKTW02-20-13 | TWIN | DN20 | SUS304 | EPDM 13mm |
| AKTW02-12-20 | TWIN | DN12 | SUS304 | EPDM 20mm |
| AKTW02-16-20 | TWIN | DN16 | SUS304 | EPDM 20mm |
| AKTW02-20-20 | TWIN | DN20 | SUS304 | EPDM 20mm |
| AKSG01-12-13 | SINGLE | DN12 | SUS316L | EPDM 13mm |
| AKSG01-16-13 | SINGLE | DN16 | SUS316L | EPDM 13mm |
| AKSG01-20-13 | SINGLE | DN20 | SUS316L | EPDM 13mm |
| AKSG01-12-20 | SINGLE | DN12 | SUS316L | EPDM 20mm |
| AKSG01-16-20 | SINGLE | DN16 | SUS316L | EPDM 20mm |
| AKSG01-20-20 | SINGLE | DN20 | SUS316L | EPDM 20mm |
| AKSG02-12-13 | SINGLE | DN12 | SUS304 | EPDM 13mm |
| AKSG02-16-13 | SINGLE | DN16 | SUS304 | EPDM 13mm |
| AKSG02-20-13 | SINGLE | DN20 | SUS304 | EPDM 13mm |
| AKSG02-12-20 | SINGLE | DN12 | SUS304 | EPDM 20mm |
| AKSG02-16-20 | SINGLE | DN16 | SUS304 | EPDM 20mm |
| AKSG02-20-20 | SINGLE | DN20 | SUS304 | EPDM 20mm |
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