DELCHEM EPDM 16 D hose with layers partly removed: inner tube, reinforcement and cover

DELCHEM EPDM 16 D Conductive chemical delivery hose, EPDM, 16 bar

EPDM delivery hose for aggressive chemicals; conductive inner tube and flame resistant cover. Inner diameter 19–102 mm, working pressure up to 16 bar, temperature from −40 to +100 °C.

Inner diameter: 19–102 mm
Working pressure: up to 16 bar
Mode: pressure only
Temperature: −40…+100 °C

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Delivery across Bulgaria by Econt and Speedy and across the EU — delivery terms.

We can assemble the hose with couplings and pressure test it — service.

Specifications

Inner diameter, mm: 19, 25, 32, 38, 51, 63.5, 76, 102
Working pressure, bar: 12, 16
Medium: Acids, chemicals
Mode: Pressure
Reinforcement: Textile cord
Temperature, °C: −40…+100
Tube material: EPDM
Coil length, m: 40, 61

Construction

Inner tube: EPDM rubber, black, smooth, conductive (R ≤ 10⁶ Ω)
Reinforcement: High strength synthetic textile plies
Cover: EPDM rubber, black, smooth, cloth impression, conductive (R ≤ 10⁶ Ω), flame resistant, resistant to ozone, weathering and chemicals
Electrical properties: Conductive inner tube (R ≤ 10⁶ Ω); conductive cover (R ≤ 10⁶ Ω)

DELCHEM EPDM 16 D sizes

Pressure in bar. The table scrolls sideways; the first column stays in place.

Inner diameter, mm	Article	Outer diameter, mm	Working pressure, bar	Burst pressure, bar	Bend radius, mm	Weight, kg/m	Coil length, m
19	824019031	31	16	64	125	0.6	40, 61
25	824025037	37	16	64	150	0.8	40, 61
32	824032044	44	16	64	175	1	40, 61
38	824038051	51	16	64	225	1.25	40, 61
51	824051067	67	16	64	275	2	40, 61
63.5	824063080	80	16	64	300	2.4	40, 61
76	824076092	92	16	64	350	2.8	40, 61
102	824102118	118	12	48	450	3.8	40, 61

Application and limits

Application: EPDM delivery hose for aggressive chemicals; conductive inner tube and flame resistant cover.
Features: Conductive inner tube, flame resistant cover
Limits: Operating temperature from −40 to +100 °C.
Working pressure depends on the inner diameter — see the table. Burst pressure is a reference value, not a working pressure.