Clear Wide-Mouth Bottle (Transparent PVC Type)

Brand :

AS ONE

Caution

Product Description

Transparent resin container made of polyvinyl chloride resin.
[Features]
· Materials: Inner lid / LDPE (low density polyethylene), lid / PP (polypropylene), main body / hard PVC (polyvinyl chloride resin).

Vinyl Chloride Resin (PVC) Clear Wide-Mouth Bottle

Clear Wide-Mouth Bottle (Transparent PVC): related images

Size Table Of Vinyl Chloride Resin (PVC) Clear Wide-Mouth Bottle

Part No.	Capacity	Opening Inner Diameter × Body Diameter × Overall Height (mm)	Quantity	Note / JAN Code
5-031-01	100 mL	ø33.2 × ø48.2 × 80.5	1 pc. included	4562470251390
5-031-02	250 mL	ø43.1 × ø60.8 × 118.5	1 pc. included	4562470251406
5-031-03	500 mL	ø47 × ø80 × 145	1 pc. included	4562470251413
5-031-04	1 L	ø59 × ø96.5 × 180	1 pc. included	4562470251420
5-031-51	100 mL	ø33.2 × ø48.2 × 80.5	488 pcs. included
5-031-52	250 mL	ø43.1 × ø60.8 × 118.5	189 pcs. included
5-031-53	500 mL	ø47 × ø80 × 145	100 pcs. included
5-031-54	1 L	ø59 × ø96.5 × 180	52 pcs. included

Dimensional Outline Drawing Of Clear Wide-Mouth Bottle

● Dimensional outline drawing

(Unit: mm)

Code	Capacity	a	b	c	W	H
-01	100 mL	41.0	39.0	33.2	48.2	80.5
-02	250 mL	50.5	48.5	41.3	60.8	118.5
-03	500 mL	55.5	53.5	47.0	80.0	145.0
-04	1 L	70.5	67.0	59.0	96.5	180.0

Vinyl Chloride PVC Chemical-Resistance Performance List

◎: No effect at all or almost no effect. △: Do not use if at all possible.
○: It has some effect, but it can withstand use sufficiently depending on the conditions.× : It is not appropriate because it has a significant effect.
* The concentration of aqueous solution is in a saturated state so long as there are no abnormalities.
* The chemical resistance list is ultimately a list of reference values for rough estimations, so during actual use, do so after confirming with practical testing using a test piece or the like.

	Chemical Name	Concentration Wt. % / Temperature °C	Soft	Hard
Mineral Acid	Sulfite	10/RT	○	◎
	Hydrochloric Acid	10/RT	○	◎
	Hydrochloric Acid	20/RT	○	◎
	Hydrochloric Acid	20/80	×	△
	Hydrochloric Acid	38/RT	△	◎
	Aqua Regia		×	△
	Perchloric Acid		○	○
	Chromic Acid	2/70	○	○
	Chromic Acid	5/70	○	○
	Chromic Acid	10/70	○	○
	Chromic Acid	25/70	○	○
	Chlorosulfonic Acid		×	△
	Acid Pickling Solution	Nitric Acid 20% + Hydrofluoric Acid 4%	○	◎
	Acid Pickling Solution	Sulfuric Acid 40% + Nitric Acid 15%	○	◎
	Hypochlorous Acid		○	◎
	Hydrocyanic Acid		○	◎
	Hydrobromic Acid	20/RT	○△	◎
	Hydrobromic Acid	20/70	△	△
	Hydrobromic Acid	37/RT	×	◎
	Nitric Acid	10/RT	○	◎
	Nitric Acid	10/70	△	○△
	Nitric Acid	30/RT	△	○
	Nitric Acid	30/70	×	×
	Nitric Acid	Smoke Emission/RT	×	△
	Nitric Acid	61.3/RT	×	△
	Carbonic Acid		○	◎
	Arsenic Acid		○	◎
	Fluorosilicic Acid		○	◎
	Hydrofluoric Acid	10/RT	○	◎
	Hydrofluoric Acid	20/RT	△	◎
	Hydrofluoric Acid	40/RT	×	◎
	Fluoroboric Acid		○	◎
	Boric Acid		○	◎
	Anhydrous Hydrofluoric Acid		×	○
	Sulfuric Acid	10/RT	◎	◎
	Sulfuric Acid	10/70	×	○△
	Sulfuric Acid	30/RT	○	◎
	Sulfuric Acid	30/70	×	△
	Sulfuric Acid	98/RT	×	△
	Sulfuric Acid	Smoke Emission/RT	×	×
	Phosphoric Acid	50/RT	◎	◎
	Phosphoric Acid	50/70	△	○
	Phosphoric Acid	75/RT	○	○
Inorganic Alkaline	Ammonia (Anhydrous)		○	○
	Ammonia Gas	Cold	△	○
	Ammonia Gas	Hot	×	△
	Liquid Ammonia		○	◎
	Caustic Soda (Sodium Hydroxide)	10/RT	○	◎
	Caustic Soda (Sodium Hydroxide)	30/RT	○	◎
	Caustic Soda (Sodium Hydroxide)	30/70	×	△
	Ammonium Hydroxide (Ammonium Water)	28%	○	◎
	Potassium Hydroxide		◎	◎
	Calcium Hydroxide		◎	◎
	Barium Hydroxide		◎	◎
	Magnesium Hydroxide		◎	◎
	Hydrazine		−	−
Organic Solvent	Ethyl acrylate		×	×
	Butyl acrylate		×	×
	Acrylonitrile		×	△
	Acetylene		◎	◎
	Acetamide		△	○
	Acetaldehyde		△	○
	Ethyl Acetoacetate		×	×
	Acetophenone		−	−
	Acetone		×	×
	Aniline		×	×

	Chemical Name	Concentration Wt. % / Temperature °C	Soft	Hard
Organic Solvents	Anone = Cyclohexanone		−	−
	Amyl Alcohol		△	○
	Amyl Naphthalene		−	−
	Benzyl Benzoate		○	◎
	Isooctane		×	×
	Isobutyl Alcohol		×	◎
	Isopropyl Alcohol		×	○
	Isopropyl Ether		×	△
	Ether (Diethyl Ether)		−	−
	Ethanolamine		×	×
	Ethyl Alcohol (Ethanol)		×	○
	Ethyl Ether = Diethyl Ether		−	−
	Ethyl Cellulose		×	○
	Ethylbenzene		×	×
	Ethylene Oxide		×	×
	Ethylene Glycol		×	△
	Ethylene Chlorohydrin		×	×
	Ethylenediamine		×	×
	Epichlorohydrin		×	×
	Ethyl Chloride		×	×
	Benzine Chloride		×	△
	Methyl Chloride		×	×
	Chlorinated Solvent		×	×
	Octyl Alcohol		×	○
	Oleic Acid		△	◎
	Carbitol		×	△
	Formic Acid	25/RT	△	◎
	Formic Acid	50/RT	×	◎
	Formic Acid	90/RT	×	○
	Xylene		×	×
	Citric Acid		○	◎
	Glycerin		△	◎
	Cresol		△	◎
	Chloroacetone		×	×
	Cholorotoluene		×	×
	Chloronaphthalene		×	×
	Chloroform		×	×
	Silicate Ester		○	○
	Ethyl Silicate		×	△
	Acetic Acid	10/RT	○	◎
	Acetic Acid	50/RT	×	◎
	Acetic Acid	50/70	×	○△
	Acetic Acid	100/RT	×	△
	Amyl Acetate		×	×
	Isopropyl Acetate		×	×
	Ethyl Acetate		×	×
	Cellosolve Acetate		×	×
	Butyl Acetate		×	×
	Propyl Acetate		×	×
	Methyl Acetate		×	×
	Salicylic Acid		◎	◎
	Diphenyl Oxide		×	−
	Diisopropyl Ketone		×	×
	Diethyl Ether		×	△
	Diethyl Sebacate		×	△
	Tetraethyllead		△	○△
	Diethylene Glycol		×	○
	Carbon Tetrachloride		×	×
	Dioxane		×	×
	Dioctyl Sebacate		×	×
	Dioctyl Phthalate		×	×
	Cyclohexanol		×	×
	Cyclohexanone (Anone)		×	×
	Cyclohexane		×	×
Dichlorobenzene		×	△