- Description
- Technical data
M022958 SAND-032-12-ALF-1
032x048 sandblast hose 753AA
032x048 pressure hose 753AA for sandblasting – a professional Alfagomma hose designed for sandblasting and abrasive material transfer in demanding conditions.
€19.97
/ M
Tax excluded
Delivery within 2-4 business days
The product image is for illustrative purposes only and may not be an accurate representation of the product.
Description
Description
032x048 pressure hose 753AA is used in sandblasting systems, bridge cleaning, shipbuilding and surface preparation before painting. The hose is designed for abrasive material transfer in intensive industrial applications.
The inner layer is made of black NR rubber resistant to abrasion according to ISO 4649/A (50 mm³). The outer SBR/NR rubber cover provides resistance to weather conditions and mechanical wear. A two-layer high tensile reinforcement ensures structural stability and reliable operation.
The hose offers resistance to low temperatures, deformation and abrasive materials. Its electrically conductive construction helps prevent static charge build-up during operation.
Key features:
- Manufacturer: Alfagomma
- Type: 753AA
- Diameters (inner/outer): 32 / 48 mm
- Pressures: working 10 bar / burst 30 bar
- Temperature range: -30°C / +80°C
- Construction: electrically conductive abrasive hose with two-layer reinforcement
Application:
- sandblasting equipment
- bridge cleaning
- shipbuilding
- surface preparation before painting
- industrial abrasive applications
Technical dataPrint
Technical data
| Application | Pressure |
| Inner diameter, mm | 32 |
| Outer diameter, mm | 48 |
| Working pressure, bar | 10 |
| Remark | The working pressure at a temperature of +20 °C. The working pressure decreases as the temperature increases. |
| Burst pressure, bar | 30 |
| Min. temperature, C | -30 |
| Max. temperature, C | 80 |
| Coil length, m | 40 |
| Weight | 1.23 kg |
| Brand | Alfagomma |
032x048 pressure hose 753AA for sandblasting – a professional Alfagomma hose designed for sandblasting and abrasive material transfer in demanding conditions.