Skid 500 BBL Frac Tank Steel Lined LD PE For Oilfield Chemical Contain With Motor Pump and Reactor Stirring Moto For Mxing HCl Hydrochloric Acid(Agitation Bar) 500BBL Tank
Type Of Tanks For Onsite Acid Supply and Holding Ease Of Transportation
Custermizing Skid Acid Storage Tank for Oil Fied Chemical Contain Hydrochloric Acid 60CBM
Used to contain: HCl (max 35%), NaOH (max 50%), NaCLO (max 10%), PAC (max 17%), H2SO4 etc
For Storage Bleach, Hydrochloric Acid, Ferric Chloride, Oilfield Chemicals, Corrosive Wastes And Other Hazardous Cargoes.
Steel ( 6 mm -8mm ) Lined PE Plastic 7042 (16mm - 20 mm ) storage tank
Frac tank" is a generic term for a mobile steel storage tank used to hold liquids. Typically used for fracing wells in the oil and gas industry, a frac tank may also be used to store liquids like drilling fluids ,run-off water, diesel fuel, glycol, oils, waste products, etc. They are usually 21,000 gallon-500BBL single wall steel tanks, but are also offered as double wall tanks. These tanks have a single rear axle, allowing them to be moved with a winch truck or tractor when empty.
Detail Picture
| Item |
ACID TANKERS FOR TRANSPORTING RAW AND MIXED ACID: |
|
1 |
Acid Tankers for transporting mixed acid (20% HCl Acid with additives)
- Tanker body 6-8 mm thickness ASTM A36 steel with dish ends, and PE inner liner 16mm. Shapes of the tanker horizontal cylindrical, built on semi-trailer with king pin 3.5-inch tandem axil, 1200x20 tires.
- Capacity of tankers should be not less than (30 m3).
- The tanker should be divided to three equal sections, each section has the following specification:
- Capacity (3x10 m3*)
- (20" in diam.) main hole for inspection and cleaning (quick opening)
- Each section port in the bottom should be provided with 4" acid resistance Emergency cut-off valve.
- Provided with level indicator
- Recirculation line should be 4" connected to each section provided with 4" fig-100 thread ends.
- Tankers should be supplied with walk way & ladders.
- The tanker is coated with epoxy resistance to HCL acid and its additives for bother inside & outside (or any equivalent efficient material).
- Each section supplied with relief valve (Butterfly valve).
- All sections should be connected to suction manifold (4") supplied with 4" butterfly valve & 4" fig-100 thread end, at the rear of the tanker.
- 4" four hoses 5-meter length each with fig-100 for each tanker
|
| 2 |
Acid tanker for transporting raw acid (32% HCl)
(32%)
- Tanker capacity 30 m3
- Tanker body 6-8mm, ASTM A36 steel with dish ends.
- Shape of the tanker cylindrical horizontal, built on semi-trailer with king pin 3.5" tandem axils, 1200x20 tiers.
- The tanker should be lined with 16mm anti-acid PE (ambient temp. -5~+60 ºC), and painted from the outside with anti-acid epoxy
- The tanker should be supplied with two top quick opening main hole for loading, walkway and ladder.
- Unloading by an emergency cut-off valve at the rear of the tanker.
- The tanker should be supplied with 0.5" NPT thread and with one butterfly valve at the top for unloading by air.
- Hoses for loading and unloading
|
| 3 |
Skid mounted centrifugal pump driven by diesel engine (2~3) cylinder with sufficient HP used for transferring acid HCl 32%, pumping rate = 700 lit/min
Complete with hoses & fitting |
| 4 |
Spare parts and accessories for items 1&2&3 including valves, hoses, and fittings for two years operations. |
| 5 |
Storage tanks for acid (32% HCl) total capacity 30-100 m3 rubber lined with the following specification:
- Capacity of each tanker 60 m3
- Shape of tanks: horizontal cylindrical.
- Two main holes (20" in diam.) quick open.
- Top flange (6") with 1/2" NPT nipple and one butterfly valve for compressor air inlet.
- Lining PE 16mm (working temp. 60 ºC)
- Material of construction: carbon steel ASTM A36.
- Tanks should be externally painted with epoxy acid resistance.
- Thickness of shell/end plates 10 mm.
- Thickness of baffle: 6 mm
- Loading type: top loading.
- Unloading: butterfly valve with (2") nipple (rubber lined or equivalent).
- Other accessories:
- Ladder
- Walkway
|
| 6 |
Acid (HCl) mixing tanks rectangular section skid mounted with the following specification: (HCl),
- Tank capacity: 60 m3
- Material of construction: carbon steel ASTM A36.
- Wall thickness (8mm) with supporting beams, base of tank (10mm) thickness.
- Closed top with two main hole (20") diameter quick open.
- Suction manifold consist of (3) suction point size (4") Fig-100 (two thread and one wing) with acid resistance butterfly vale.
- Drain (2") valve at the bottom of the tank.
- The tank should be painted with acid resistance epoxy from outside and inside.
- (4) lifting hook for each tank.
- Two ladders for outside and inside.
- Level stick gradual for each (2 m3) volume.
|
| 7 |
Electrical acid (32%) transfer pump 3-phase, 380V, 400 Lit/min discharge (2" X 2") complete with (2") flanged nipples. |
| 8 |
Diesel driven acid (32%) transfer pump 400 Lit/min discharge (2"X 2") complete with (2") flanged nipples. |
| 9 |
Spare parts and accessories:
- Valve for storage tank.
- (2") flanged nipples. (2")
- Spare flanged, stud and spools. ,
- Butterfly vales acid resistance for mixing tanks.
- (2") rubber hose acid resistance (stick steel supported).
- (5") suction hose (7m) length with 4" fig-100 thread and wing end heavy duty.
|
Horizontal Storage HCL Acid Tanks Steel Lined LDPE 120000 Liters
For Storage Bleach, Hydrochloric Acid, Ferric Chloride, Oilfield Chemicals, Corrosive Wastes And Other Hazardous Cargoes.
Steel ( 6 mm -8mm ) Lined PE - Plastic 7042 (16mm - 20 mm ) storage tank
storage hydrochloride, hydrogen chlorate, sodium hydroxide,acrylic
acetic acid, glacial acetic acid, hydrogen peroxide
Propionic acid, ammonia,NH3·H2O
other tanks
|
Horizontal Oil Tank
|
Horizontal Oil Tank |
|
SS Double Oil Tank |
|
SF Double Oil Tank |
|
Industrial Condenser
|
U shape Condenser |
|
Tubular surface condenser |
|
Reaction Tower
|
Pressure Reactor |
|
Pyrolysis Reactor |
| water tank |
stainless steel tank /water pump/ High pressure squirt gun |
| steel option |
Q235/Q345/ 16 manganese steel/SS201/SS304 /SS316 alummin alloy tanker |
| acids tanker |
steel lined plastic for water/alcohol/ethanol acid, alkaline and salt HCL, NaOH ,NaCIO Sodium Hypochlorite NaCIO /hydrofluoric acid HF/CAUSTIC SODA alummin nitric acid |
| oil/petrol,Fuel diesel/LPG/LNG |
steel tank with oil pump/ gun fuel truck nozzle |
| asphalt/bitumen/crude oil tanker/ AN ammonium methana Alcohol |
burner/steam heating and insulation system ,pump option |
Certifications
Packaging & Shipping
Vertical type PE Plastic tank
| Capaicty |
Shell length |
Total length |
Diameter |
Weight |
Shell thickness |
EXW Price |
| 1m3 |
750 mm |
930 mm |
1300 mm |
95(KG) |
15 mm |
$1355~$2060 |
| 2m3 |
1800 mm |
1980 mm |
1300 mm |
150(KG) |
15 mm |
$1565~$2260 |
| 5m3 |
1100 mm |
1400 mm |
2400 mm |
260(KG) |
15 mm |
$1880~$2560 |
| 10m3 |
2200 mm |
2500 mm |
2400 mm |
500(KG) |
20 mm |
$2508~$3560 |
| 15m3 |
3300 mm |
3600 mm |
2400 mm |
680(KG) |
20 mm |
$3850~$5560 |
| 20m3 |
4400 mm |
4700 mm |
2400 mm |
850(KG) |
22 mm |
$5480~$7180 |
| 30m3 |
4400 mm |
5040 mm |
3000 mm |
1350(KG) |
25 mm |
$6490~$8190 |
| 40m3 |
4900 mm |
5500 mm |
3450 mm |
2000(KG) |
32 mm |
$6860~$8560 |
| 50m3 |
6000 mm |
6600 mm |
3450 mm |
2300(KG) |
32 mm |
$11520~$13920 |
5 cbm/m3 |
Q235A 5mm+ PE (Plastic )16mm |
US$7,200.00 |
| 10 m3 |
Q235A 5mm+PE16mm |
US$9,200.00 |
| 20 m3 |
Q235A 5mm+PE16mm |
US$11,200.00 |
| 30 |
Q235A 6mm+PE16mm |
US$13,200.00 |
| 40 |
Q235A 6mm+PE16mm |
US$15,200.00 |
| 50 |
Q235A 6mm+PE16mm |
US$17,200.00 |
| 60 |
Q235A 6mm+PE16mm |
US$19,200.00 |
| 70 |
Q235A 6mm+PE16mm |
US$21,200.00 |
| 80 |
Q235A 8mm+PE16mm |
US$23,200.00 |
| 90 |
Q235A 8mm+PE16mm |
US$25,200.00 |
| 100 |
Q235A 8mm+PE16mm |
US$27,200.00 |
| 110 |
Q235A 8mm+PE16mm |
US$29,200.00 |
| 120 |
Q235A 8mm+PE16mm |
US$30,800.00 |
| 130 |
Q235A 8mm+PE16mm |
US$32,400.00 |
| 135 |
Q235A 8mm+PE16mm |
US$34,400.00 |
manufacturer, supplier and exporter of Acid Storage Tank in China. Storage Tanks are widely used for storing chemicals and acids and can be availed in various models such as horizontal and vertical. These tanks are equipped with best quality stainless steel material and mild steel, extensively used in various industries - such as pharmaceutical, sugar, food and dairy. This storage tank is widely in demand and accepted by our clients.
Being a quality centric organization, our product line includes Plastic Storage Tank, Chemical Storage Tank, Horizontal Storage tank, Bottom Conical Storage Tank and many more. The manufactured range of Acid Storage Tanks is available to the clients in different sizes using high quality design and welding standards. Storage tanks are mostly appropriate for over ground and underground installations and can be used to store acids in safe and secure way.
we cater to the bulk requirements of the clients and strive to offer the best quality products manufactured in compliance with international standards. We have been able to mark our strong foothold as one the leading Manufacturer of Acid Storage Tanks from China
LDPE & HDPE polyethylene resistance listed by chemical
1.4-dioxane LDPE and HDPE at 20C° show little or no damage after 30 days of constant exposure. LDPE at 50C° shows
some effect after 7 days of constant exposure.
Acetaldehyde LDPE and HDPE at 20C° show little or no damage after 30 days of constant exposure. HDPE at 50C° shows
some effect after 7 days of constant exposure. LDPE - immediate damage may occur.
Acetic Acid 5 % LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Acetic Acid, glacial 50% LDPE and HDPE at 20C° show little or no damage after 30 days of constant exposure. LDPE at 50 C° -
immediate damage may occur.
Acetone LDPE and HDPE at 20C°-50C° - damage may occur. Not recommended for continuous use.
Allyl Alcohol LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Aluminum salts LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Amino acids LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Ammonia LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Ammonium carbonate,
saturated LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Ammonium phosphate LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Ammonium sulphate LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Amyl chloride HDPE at 20C° shows some effect after 7 days of constant exposure. HDPE at 50C° and LDPE at 20C°-50C° -
immediate damage may occur. Not recommended for continuous use.
Aniline LDPE and HDPE at 20C° show little or no damage after 30 days of constant exposure. HDPE at 50C° shows
some effect after 7 days of constant exposure.
Benzene LDPE and HDPE at 20C°-50C° - damage may occur. Not recommended for continuous use.
Benzyl alcohol LDPE and HDPE at 50C° - immediate damage may occur. HDPE at 20C° shows some effect after 7 days of
constant exposure.
Boric acid LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Bromine LDPE and HDPE at 50C° - immediate damage may occur. HDPE at 20C° shows some effect after 7 days of
constant exposure.
Butyric acid LDPE and HDPE at 50C° - immediate damage may occur. HDPE at 20C° shows some effect after 7 days of
constant exposure.
Calcium chloride LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Calcium hydroxide
saturated LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Calcium sulphate No data is available at this time.
Carbon tetrachloride HDPE at 20C° shows little or no damage after 30 days. LDPE at 20C° and HDPE at 50C° show some effect
after 7 days of constant exposure. LDPE at 50C° not recommended.
Chlorobenzene Immediate damage may occur. Not recommended for continuous use.
Chloroform HDPE and LDPE at 20C° show some effect after 7 days. At -50C° - immediate damage may occur. Not
recommended for continuous use.
Chlorine 10% in water HDPE and LDPE at 20C° shows little or no damage after 30 days. LDPE at 50C° shows damage and is not
recommended.
Chromic acid 10% LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Chromic acid 50% LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Citric acid 10% LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Cresol HDPE at 20C° shows some effect after 7 days. LDPE at 20C°-50C° and HDPE at 50C° show immediate
damage and are not recommended for continuous use.
Cyclohexane LDPE and HDPE at 50C° - immediate damage may occur. HDPE and LDPE at 20C° show some effect after 7
days of constant exposure.
Diethyl ketone LDPE and HDPE at 20C°-50C° - damage may occur. Not recommended for continuous use.
Dimethylsulfoxide LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Ethanol 95% LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure. Ethyl acetate LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Ethyl benzene HDPE at 20C° shows some effect after 7 days. LDPE at 20C°-50C° and HDPE at 50C° show immediate
damage and are not recommended for continuous use.
Ethylene glycol LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Ethylene oxide HDPE at 20C° shows little or no damage after 30 days of constant exposure. LDPE at 20C° and LDPE/ HDPE
at 50C° show some effect after 7 days.
Ferric chloride LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Fluoride LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Fluorine HDPE at 20C° shows little or no damage after 30 days of constant exposure. LDPE at 20C° shows some effect
after 7 days. Neither HDPE or LDPE are recommended at 50C°.
Formaldehyde 10% LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Formaldehyde 40% LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Glycerol LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Heating oil No further data is available at this time.
Hexane HDPE at 20C° shows little or no damage after 30 days continuous use and at 50 C° shows some effect after 7
days. LDPE not recommended at any temperature.
Hydrochloric acid 5% LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Hydrochloric acid 20% LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Hydrochloric acid 35% LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Hydrocyanic acid LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Hydrofluoric acid LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Hydrofluoric acid 4% LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Hydrofluoric acid 48% LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Hydrogen peroxide 3% LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Hydrogen peroxide 30% LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Isobutyl alcohol LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Isopropyl acetate No data is available at this time.
Isopropyl alcohol LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Kerosene LDPE and HDPE at 20C° show some effect after 7 days. HDPE and LDPE not recommended at 50C°, as
immediate damage may occur.
Lactic Acid 10 % LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Lactic Acid 90 % LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Lead acetate LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Metallic salts, dissolved No data is available at this time.
Methanoic acid 100% No data is available at this time.
Methanol LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Methyl ethyl ketone Immediate damage may occur. Not recommended for continuous use.
Methyl propyl ketone HDPE at 20C° shows some effect after 7 days. LDPE at 20C°-50C° and HDPE at 50C° - Immediate damage
may occur. Not recommended for continuous use.
Methylene chloride HDPE at 20C° shows some effect after 7 days. LDPE at 20C°-50C° and HDPE at 50C° - Immediate damage
may occur. Not recommended for continuous use.
Mineral oil LDPE and HDPE at 20C° show little or no damage after 30 days of constant exposure. LDPE at 50C° may
show immediate damage and is not recommended.
n-amyl acetate LDPE and HDPE at 20C° show little or no damage after 30 days of constant exposure. LDPE at 50C° shows
some effect after 7 days or constant exposure.
n-butyl alcohol LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
n-octane LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Nitric acid 50 % LDPE at 20C° shows little or damage after 30 days. HDPE at 20C° and LDPE at 50C° show effect after 7 days.
HDPE at 50C° shows immediate damage and is not recommended.
Nitric acid 70 % HDPE and LDPE at 20C° show some effect after 7 days. Both at 50C° show immediate damage and are not
recommended.
Oleic acid HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure. LDPE at 20C°-50C° shows
immediate damage and is not recommended.
Oxalic acid LDPE at 20C° shows some effect after 7 days. HDPE at 20C° and both HDPE and LDPE at 50C° show little or
no damage after 30 days.
Ozone HDPE and LDPE at 20C° show little or no damage after 30 days of constant exposure. HDPE and LDPE at
50C° show immediate damage and are not recommended.
Perchloric acid HDPE and LDPE at 20C° show little or no damage after 30 days of constant exposure. HDPE and LDPE at 50C° show immediate damage and are not recommended.
Perchloric ethylene HDPE and LDPE at 20C°-50C° show immediate damage and are not recommended.
Phenol HDPE and LDPE at 20C°-50C° show immediate damage and are not recommended.
Phosphoric acid 10% LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Phosphoric acid 85% HDPE and LDPE at 20C° show little or no damage after 30 days of constant exposure. LDPE at 50C° shows
immediate damage and is not recommended.
Phosphorous trichloride HDPE and LDPE at 20C° show little or no damage after 30 days of constant exposure. LDPE at 50C° has no
data available. HDPE at 50C° shows some effect after 7 days.
Potassium acetate No data is available at this time.
Potassium bromide No data is available at this time.
Potassium carbonate LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Potassium hydroxide 5 % LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Potassium hydroxide
concentrated LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Potassium permanganate LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Propylene glycol LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Pyridine Immediate damage may occur. Not recommended for continuous use.
Salicylic acid, saturated LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Silver acetate LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Silver nitrate LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Sodium carbonate LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Sodium chloride,
saturated LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Sodium dichromate LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Sodium hydroxide 1% LDPE at 20C°-50C° shows little or no damage after 30 days of constant exposure. HDPE at 20C°-50C° shows
some effect after 7 days.
Sodium hydroxide 50% LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Sodium hypochlorite 15% HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure. LDPE at 20C° is suitable but
at 50C° shows some effect after 7 days.
Sodium nitrate LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Sodium sulphate LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Sucrose LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Sulphide No additional information is available at this time.
Sulfuric acid 6% LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Sulfuric acid 20% LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Sulfuric acid 60% LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Sulfuric acid 98% LDPE at 20C°-50C° shows little or no damage after 30 days of constant exposure. HDPE at 20C° shoes effect
after 7 days and is not recommended for use at 50C°.
Tannic acid LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Tetrahydrofuran HDPE and LDPE at 20C° show some effect after 7 day of constant exposure.HDPE and LDPE at 50C° show
immediate damage and are not recommended.
Toluene LDPE at 20C° show some effect after 7 day of constant exposure. HDPE at 20C°-50C° and LDPE at 50C°
show immediate damage and are not recommended.
Trichloracetic acid HDPE and LDPE at 20C° show some effect after 7 day of constant exposure.HDPE and LDPE at 50C° show
immediate damage and are not recommended.
Trichlorethane Immediate damage may occur. Not recommended for continuous use.
Turpentine oil HDPE and LDPE at 20C° show some effect after 7 day of constant exposure. HDPE and LDPE at 50C° show
immediate damage and are not recommended.
Urea LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
Xylene HDPE at 20C° shows some effect after 7 day of constant exposure. LDPE at 20-50C° and HDPE at 50C° show
immediate damage and are not recommended.
Zinc chloride LDPE and HDPE at 20C°-50C° show little or no damage after 30 days of constant exposure.
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