BARDUC® PUR-INOX 382 FOOD-AS
Antistatic food and pharmaceutical hose in a super-heavy-duty version
The BARDUC® PUR-INOX 382 FOOD-AS is a super-heavy-duty polyurethane hose specially developed for the most demanding applications in the food and pharmaceutical industries. Its wall is made of high-quality premium ether polyurethane, a material characterised by exceptional abrasion resistance, high mechanical strength and a long service life. The integrated stainless steel spiral (INOX) provides the hose with additional stability, making it particularly resistant to negative pressure, tight bending radii and dynamic stresses.
All detailsGlossary
| Item no. | Length (mm) | Diameter | Inner diameter | Overpressure | Negative pressure | Bending radius | Price | SP | Delivery time | Quantity | |
|---|---|---|---|---|---|---|---|---|---|---|---|
| 382-0032-1014-10 | 10 |
40
|
32
|
5.5 | 1 | 144 |
CHF 661.95
per
piece
|
1–2 weeks |
|
||
| 382-0038-1014-10 | 10 |
46
|
38
|
5.5 | 1 | 171 |
CHF 719.90
per
piece
|
1–2 weeks |
|
||
| 382-0040-1014-10 | 10 |
48
|
40
|
5.5 | 1 | 180 |
CHF 755.80
per
piece
|
1–2 weeks |
|
||
| 382-0050-1014-10 | 10 |
58
|
50
|
5 | 1 | 225 |
CHF 1,271.05
per
piece
|
1–2 weeks |
|
||
| 382-0060-1014-10 | 10 |
68
|
60
|
5 | 1 | 270 |
CHF 1,528.15
per
piece
|
1–2 weeks |
|
||
| 382-0065-1014-10 | 10 |
73
|
65
|
5 | 1 | 293 |
CHF 1,605.05
per
piece
|
1–2 weeks |
|
||
| 382-0070-1014-10 | 10 |
78
|
70
|
5 | 1 | 315 |
CHF 1,676.70
per
piece
|
1–2 weeks |
|
||
| 382-0075-1014-10 | 10 |
83
|
75
|
5 | 1 | 338 |
CHF 1,791.30
per
piece
|
1–2 weeks |
|
||
| 382-0080-1014-10 | 10 |
88
|
80
|
4 | 0.9 | 360 |
CHF 1,229.60
per
piece
|
1–2 weeks |
|
||
| 382-0100-1014-10 | 10 |
110
|
100
|
4 | 0.8 | 500 |
CHF 2,812.00
per
piece
|
1–2 weeks |
|
||
| 382-0040-1014-15 | 15 |
48
|
40
|
5.5 | 1 | 180 |
CHF 1,133.70
per
piece
|
1–2 weeks |
|
||
| 382-0050-1014-15 | 15 |
58
|
50
|
5 | 1 | 225 |
CHF 1,283.40
per
piece
|
1–2 weeks |
|
||
| 382-0060-1014-15 | 15 |
68
|
60
|
5 | 1 | 270 |
CHF 1,542.15
per
piece
|
1–2 weeks |
|
||
| 382-0065-1014-15 | 15 |
73
|
65
|
5 | 1 | 293 |
CHF 1,620.15
per
piece
|
1–2 weeks |
|
||
| 382-0070-1014-15 | 15 |
78
|
70
|
5 | 1 | 315 |
CHF 1,690.50
per
piece
|
1–2 weeks |
|
||
| 382-0075-1014-15 | 15 |
83
|
75
|
5 | 1 | 338 |
CHF 2,253.55
per
piece
|
1–2 weeks |
|
Order the cut-to-size piece according to your specifications.
The BARDUC® PUR-INOX 382 FOOD-AS is a super-heavy-duty polyurethane hose, specially developed for the most demanding applications in the food and pharmaceutical industries. Its wall is made of high-quality premium ether polyurethane, a material characterised by exceptional abrasion resistance, high mechanical strength and a long service life. The integrated stainless steel spiral (INOX) provides the hose with additional stability, making it particularly resistant to negative pressure, tight bending radii and dynamic stresses.
The material is designed to be antistatic and allows for the safe dissipation of electrostatic charges. This makes the hose ideally suited for use in ESD-sensitive or potentially explosive areas, such as those commonly found in food, pharmaceutical and chemical production. At the same time, the hose meets the hygiene requirements for contact with sensitive media, making it ideal for the conveyance and extraction of powdered, liquid or paste-like foodstuffs and pharmaceutical substances.
The wall made of premium ether-polyurethane offers excellent resistance to a wide range of industrial influences:
- High resistance to chemicals, alkalis and acids
- Excellent resistance to UV radiation and ozone
- resistant to moisture, microbes and hydrolytic ageing
- lasting flexibility even at fluctuating temperatures
Its smooth inner surface ensures efficient product flow whilst minimising deposits. This facilitates cleaning and reduces the risk of microbial contamination – a crucial factor in hygiene-critical production areas.
The BARDUC® PUR-INOX 382 FOOD-AS is therefore the ideal solution for applications where the highest mechanical strength, absolute hygiene, antistatic properties and maximum material resistance are required.