Clear Wide-Mouth Bottle (Transparent PVC Type)

Brand :

AS ONE

Caution

Some products are scheduled to be discontinued from October 2021. Depend on stock status, the end time will be changed. Please check the quotation and order screen for details.

Product Description

A transparent plastic container made of PVC resin.
[Features]
· Material: Inner lid: LDPE (low density polyethylene); Lid: PP (polypropylene); Base unit: Hard PVC (vinyl chloride resin).
· Not marked with a scale.

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		×	△