Nylon-Based Paint and Chemical Hose [Model Number: NYP]

*Please note that the value of "Minimum Bend Radius" is NOT equal to that of "Flexibility." About "Flexibility," please contact us and request the sample.

*If you are interested in this Made-to-Order product, please fill out the following form. Please note that MOQ applies for made-to-order size. We can produce the size that is not listed on the table.

Cautions:

Due to the laminated structure hose, please use the joints to seal an inner surface of the hose.
Please do not use the joints to seal an outer surface of the hose. This may result in the bursting or coming off from the hose.
When you use our products, please refer to "Precautions for Use."
In terms of the complete chemical resistance data, please refer to "Chemical Resistance Data." Chemical resistance data information for frequently-used fluids is available below.

Chemical Resistance Data for Frequently-Used Fluids

Chemical Name/Material		ETFE	PVDF	PA
A	Acetaldehyde	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Acetic Acid (50%, 20$^\circ$C )	$\bigcirc$	$\bigcirc$	$\triangle$
	Acetone	$\bigcirc$	$\times$	$\bigcirc$
	Acetylene	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Aluminum Sulfate	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Ammonia Gas (Cold)	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Ammonia Gas (Hot)	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Ammonium Chloride	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Ammonium Phosphate	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Ammonium Sulphate	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Amyl Alcohol	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Aniline	$\bigcirc$	$\times$	$\triangle$
	Aqua Regia	$\bigcirc$	$\bigcirc$	$\times$
B	Barium Chloride	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Barium Sulfide	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Barium Sulfate	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Benzaldehyde	$\bigcirc$	$\times$	$\bigcirc$
	Benzene	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Benzoic Acid	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Benzyl Alcohol	$\bigcirc$	$\bigcirc$	$\triangle$
	Boric Acid	$\bigcirc$	$\bigcirc$	$\times$
	Bromine	$\bigcirc$	$\bigcirc$	$\times$
	Butyl Alcohol (Butanol)	$\bigcirc$	$\bigcirc$	$\bigcirc$
C	Calcium Chloride	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Calcium Hydroxide	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Calcium Nitrate	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Carbon Tetrachloride	$\bigcirc$	$\bigcirc$	$\triangle$
	Carbonic Acid (Carbon Dioxide Gas)	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Caustic Soda (10%, 20$^\circ$C )	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Caustic Soda (30%, 20$^\circ$C )	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Caustic Soda (30%, 70$^\circ$C )	$\bigcirc$	$\bigcirc$	$\times$
	Chlorine Gas (Dry)	$\bigcirc$	$\bigcirc$	$\times$
	Chlorine Gas (Humid)	$\bigcirc$	$\bigcirc$	$\times$
	Chloroform	$\bigcirc$	$\bigcirc$	$\triangle$
	Copper Chloride	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Copper Sulfate	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Cresol	$\bigcirc$	$\bigcirc$	$\times$
	Cyclohexanol	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Cyclohexanone	$\bigcirc$	$\times$	$\bigcirc$
D	Dimethylformamide	$\bigcirc$	$\times$	$\bigcirc$
E	Ethyl Acetate	$\bigcirc$	$\times$	$\bigcirc$
	Ethyl Alcohol (Ethanol)	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Ethyl Ether	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Ethylene Dichloride	$\bigcirc$	$\bigcirc$	$\triangle$
	Ethylene Glycol	$\bigcirc$	$\bigcirc$	$\bigcirc$
F	Ferric Chloride	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Ferric Sulfate	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Flaxseed Oil	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Formaldehyde (40%, 20$^\circ$C )	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Formic Acid (25%, 20$^\circ$C )	$\bigcirc$	$\bigcirc$	$\triangle$
	Formic Acid (50%, 20$^\circ$C )	$\bigcirc$	$\bigcirc$	$\triangle$
	Formic Acid (90%, 20$^\circ$C )	$\bigcirc$	$\bigcirc$	$\times$
	Furfural	$\bigcirc$	$\bigcirc$	$\bigcirc$
G	Gasoline	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Glucose	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Glycerin	$\bigcirc$	$\bigcirc$	$\bigcirc$
H	Heptane	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Hexane	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Hydrobromic Acid (20%, 20$^\circ$C )	$\bigcirc$	$\bigcirc$	-
	Hydrobromic Acid (20%, 70$^\circ$C )	$\bigcirc$	$\bigcirc$	-
	Hydrobromic Acid (37%, 20$^\circ$C )	$\bigcirc$	$\bigcirc$	$\triangle$
	Hydrochloric Acid (10%, 20$^\circ$C )	-	-	$\bigcirc$
	Hydrochloric Acid (20%, 20$^\circ$C )	-	-	$\triangle$
	Hydrofluoric Acid (40%, 20$^\circ$C )	$\bigcirc$	$\bigcirc$	$\times$
	Hydrogen	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Hydrogen Peroxide (5%, 20$^\circ$C )	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Hydrogen Peroxide (5%, 50$^\circ$C )	$\bigcirc$	$\bigcirc$	$\times$
	Hydrogen Sulfide	$\bigcirc$	$\bigcirc$	$\bigcirc$
I	Isopropyl Alcohol	$\bigcirc$	$\bigcirc$	$\bigcirc$
K	Kerosene	$\bigcirc$	$\bigcirc$	$\bigcirc$
L	Lamp Oil	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Lead Nitrate	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Linseed Oil	$\bigcirc$	$\bigcirc$	$\bigcirc$
M	Magnesium Chloride	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Magnesium Hydroxide	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Magnesium Sulfate	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Mercuric Chloride	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Mercury	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Methane	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Methyl Alcohol	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Methyl Chloride	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Methyl Ethyl Ketone (MEK)	$\bigcirc$	$\times$	$\bigcirc$
	Methyl Isobutyl Ketone (MIBK)	$\bigcirc$	$\times$	$\bigcirc$
	Mineral Oil	$\bigcirc$	$\bigcirc$	$\bigcirc$
N	Naphtha	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Naphthalene	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Natural Gas	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Nickel Chloride	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Nickel Sulfate	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Nitric Acid (10%, 20$^\circ$C )	$\bigcirc$	$\bigcirc$	$\times$
	Nitric Acid (10%, 70$^\circ$C )	$\bigcirc$	$\bigcirc$	$\times$
	Nitric Acid (30%, 20$^\circ$C )	$\bigcirc$	$\bigcirc$	$\times$
	Nitric Acid (30%, 70$^\circ$C )	$\bigcirc$	$\bigcirc$	$\times$
	Nitric Acid (61%, 20$^\circ$C )	$\bigcirc$	$\bigcirc$	$\times$
	Nitrobenzene	$\bigcirc$	$\bigcirc$	$\triangle$
O	Oleic Acid	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Oxalic Acid	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Oxygen	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Ozone (50ppm)	$\bigcirc$	$\bigcirc$	$\triangle$
P	Paraffin	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Phenol	$\bigcirc$	$\bigcirc$	$\times$
	Phosphoric Acid (50%, 20$^\circ$C )	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Phosphoric Acid (50%, 70$^\circ$C )	$\bigcirc$	$\bigcirc$	$\times$
	Picric Acid	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Potassium Chloride	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Potassium Hydroxide	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Potassium Permanganate (5%, 20$^\circ$C )	$\bigcirc$	$\bigcirc$	$\times$
	Potassium Sulfate	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Pyridine	$\bigcirc$	$\times$	$\triangle$
	Silver Nitrate	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Sodium Carbonate	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Sodium Nitrate	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Sodium Phosphate	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Sodium Silicate	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Sodium Sulfate	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Sodium Sulfide	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Sodium Sulfite	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Sodium Thiosulfate	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Sulfur	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Sulfuric Acid (10%, 20$^\circ$C )	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Sulfuric Acid (10%, 70$^\circ$C )	$\bigcirc$	$\bigcirc$	$\times$
	Sulfuric Acid (30%, 20$^\circ$C )	$\bigcirc$	$\bigcirc$	$\triangle$
	Sulfuric Acid (30%, 70$^\circ$C )	$\bigcirc$	$\bigcirc$	$\times$
	Sulfuric Acid (98%, 20$^\circ$C )	$\bigcirc$	$\bigcirc$	$\times$
	Sulfurous Acid	$\bigcirc$	$\bigcirc$	$\triangle$
	Tetrahydrofuran	$\bigcirc$	$\times$	$\bigcirc$
	Tindichloride (Stannic Chloride)	$\bigcirc$	$\bigcirc$	$\bigcirc$
	Toluene	$\bigcirc$	$\bigcirc$	$\bigcirc$
W	Water (24 $^\circ$C )	$\bigcirc$	$\bigcirc$	$\bigcirc$
X	Xylene	$\bigcirc$	$\bigcirc$	$\bigcirc$
Z	Zinc Chloride	$\bigcirc$	$\bigcirc$	$\bigcirc$

Model Number	I.D. $\times$ O.D.	Working Pressure	Working Pressure	Minimum Bend Radius
	I.D. $\times$ O.D.	20$^\circ$C	20$^\circ$C	20$^\circ$C
	mm	MPa	Bar	mm
NYP-12	12$\times$18	0 - 1.0	0 - 10	85
NYP-15	15$\times$22			105
NYP-19	19$\times$26			135
NYP-25	25$\times$33			175

Product Name	Materials, Characteristics
EIGHTNIPPLE B Fittings [Model Number: E-FTB]]	Material: BSBM (Brass) Compliant with RoHS2 requirement Two-stage flat nipple structure which maximizes hose pressure Our Original Barb Nipple Fittings Made-in-Japan Fittings

EIGHTNIPPLE S Fittings [Model Number: E-FTS]]	Material: SUS316L (SS316L) SUS316L (SS316L) is superior in corrosion resistance, so you can transfer a wide range of fluids. Two-stage flat nipple structure which maximizes hose pressure Our Original Barb Nipple Fittings Made-in-Japan Fittings

EIGHTLOCK B Fittings [Model Number: E-ELB]]	Material: BSBM (Body, Ring, Nut), POM (Sleeve) Our Nut Type Original Made-in-Japan Fittings Since the inner layer of the fitting is flat and does not use the rubber packing, fluid accumulation is unlikely to occur. Thus, it is easy to wash out. Since you do not need hose clamp and the controlling torque value, you can standardize how to install the fitting.

EIGHTLOCK S Fittings [Model Number: E-ELS]]	Material: SUS304 (SS304) (Body, Ring, Nut), POM (Sleeve) Our Nut Type Original Made-in-Japan Fittings Since the inner layer of the fitting is flat and does not use the rubber packing, fluid accumulation is unlikely to occur. Thus, it is easy to wash out. Since you do not need hose clamp and the controlling torque value, you can standardize how to install the fitting.

EIGHTLOCK Ferrule Fittings [Model Number: E-ELF]]	Material: Body: SCS16, Nut and Ring: SCS13 (Sleeve: POM) You can replace a hose even though the hose needs replacement, since EIGHTLOCK Ferrule Fitting is a nut ferrule fitting. You can install and detach the fitting on site. You can make use of a wide range of usages such as pipes for chemicals, food, beverage and alcohol. The nipple end is less likely to accumulate fluids, so you do not have to worry about contamination very much.

EIGHTLOCK Ferrule Fittings with PFA Lining [Model Number: E-ELF-PFA]]	Material：Body: SCS16, Wetted Part: PFA Lining, Nut and Ring: SCS13 (Sleeve: POM) Due to PFA Lining, you can transfer fluids that are not possible for metal fittings. You can replace a hose even though the hose needs replacement, since EIGHTLOCK Ferrule Fitting is a nut ferrule fitting. You can install and detach the fitting on site. You can make use of a wide range of usages such as pipes for chemicals, food, beverage and alcohol. The nipple end is less likely to accumulate fluids, so you do not have to worry about contamination very much.

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Chemical Resistance Data for Frequently-Used Fluids

HAKKO Original Fittings for NYP

HAKKO Original Accessory for NYP

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