Product Selection based on:
Liquid / Gas Medium - search for medium
Selection of appropriate leak detectors based on the stored/transported liquid.
The following features of the stored liquid have to be observed for the selection of a suitable leak detector:
- Classification in water hazard classes (in Germany WGK I, WGK II and WGK III).
- Flash point of the liquid, if the flashpoint is < 55°C, the temperature class and the explosion group have to be considered, too.
- Density of the stored liquid, since these determine the selection of container as well as the required alarm set point of the leak detector.
Consider following notes for the selection of a vacuum leak detector:
- The viscosity of the stored liquid may not exceed 5,000 mm²/s, otherwise the function of the vacuum leak detector can not be guaranteed.
- The leak detector and the connecting pipes/tubes have to be resistant against the stored/transported liquid.
- The suitability of vacuum leak detectors to the storage/transported liquid can be checked within the approved list of substances of the respective leak detector. If for special applications there is no leak detector listed for the stored/transported liquid, so please contact the manufacturer for further information. In some cases, a leak detector in stainless steel version (material 1.45.71) has to be applied with the resistance to the DIN6601, table 2.
Consider following notes for the selection of a pressure leak detector:
- In case of a leak inside the container/tank or pipe, the possible reaction behavior of the monitoring medium (ambient air) have to be observed. If necessary, a leak detector with the monitoring medium nitrogen is used.
- For flammable liquids with flash point < 55°C, all required safety and explosion guidelines have to be observed.
Overview of storage media
For further product information please click on the color-coded field in the line of the desired storage medium.
Key storage media: * = With material groups each single medium has to be checked
Key leak detector: = primary,
= Also suitable
Key of the "Remarks" column: GL = saturated solution, TR = technically pure, S = sulfur free, H = operational requirements.
This table is very wide! Just swipe left and right to see all available information.
Leak Detector | |||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|
Storage Medium | Pressure Leak Detector | Type IV F | Type III F | Type V8 | Type V13 | Type V33 | V80 Brass | V80 Stainless Steel | V90 Brass | V90 Stainless Steel | Remarks |
2-Butanol | ![]() |
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Explosion group IIA | |||||
2-Propanol | ![]() |
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Explosion group IIA | |||||
Acidic sterin aethylester | ![]() |
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AdBlue | ![]() |
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Alcohol* | ![]() |
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Explosion group IIA | |||||
Aliphatic hydrocarbons* | ![]() |
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Explosion group IIA | |||||
Aluminum chloride | ![]() |
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< GL | ||||||||
Ammonia solutions, 0.88 < density <= 0.957 at 15°C in water <= 35% |
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Ammonium chloride | ![]() |
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< GL | ||||||||
Ammonium nitrate, (in stabilized form) | ![]() |
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< GL | ||||||||
Ammonium phosphate | ![]() |
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< GL | ||||||||
Ammonium sulfate | ![]() |
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< GL | ||||||||
Animal fats and oils (whale oil) | ![]() |
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Aromatic hydrocarbons* | ![]() |
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Explosion group IIA | |||||
Avgas 80 | ![]() |
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Explosion group IIA | |||||
Avgas 100 | ![]() |
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Explosion group IIA | |||||
Avgas 100LL | ![]() |
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Explosion group IIA | |||||
Avgas 115 | ![]() |
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Explosion group IIA | |||||
Avgas Grad 80 | ![]() |
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Explosion group IIA | |||||
Avgas Grad 100 | ![]() |
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Explosion group IIA | |||||
Avgas Grad 100LL | ![]() |
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Explosion group IIA | |||||
Avgas Grad 115 | ![]() |
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Explosion group IIA | |||||
Aviation fuel* | ![]() |
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Explosion group IIA | |||||
Aviation turbine fuel* | ![]() |
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Explosion group IIA | |||||
Aviation turbine fuel, kerosine type Jet-A | ![]() |
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Explosion group IIA | |||||
Aviation turbine fuel, wide out type Jet-B | ![]() |
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Explosion group IIA | |||||
Avtag | ![]() |
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Explosion group IIA | |||||
Avtur | ![]() |
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Explosion group IIA | |||||
Barium nitrate | ![]() |
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< GL | ||||||||
Barium sulfate | ![]() |
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< GL | ||||||||
Benzene | ![]() |
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Explosion group IIA | |||||
Boiling point spirits according to DIN 51631 | ![]() |
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Explosion group IIA | |||||
Boric acid | ![]() |
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< GL |
Boron oils | ![]() |
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Brake fluid, hydraulic with flash point >100ºC |
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Brine | ![]() |
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< GL | ||||||||
Butanol | ![]() |
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Explosion group IIB | |||||
Calcium carbonate | ![]() |
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S | ||||||||
Calcium chloride | ![]() |
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< GL | ||||||||
Calcium hydroxide | ![]() |
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< GL | ||||||||
Calcium nitrate | ![]() |
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< GL | ||||||||
Castor oil | ![]() |
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TR |
Caustic soda 3% | ![]() |
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Citric acid | ![]() |
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< GL | ||||||||
Coal tar distillate with FP >100°C, BP >100°C |
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Coal tar naphtha, with FP >100°C, BP >100°C |
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Coconut oil | ![]() |
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Copper (I) chloride | ![]() |
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< GL | ||||||||
Copper (I) sulfate | ![]() |
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< GL | ||||||||
Copper (II) chloride | ![]() |
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< GL | ||||||||
Copper (II) nitrate | ![]() |
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< GL | ||||||||
Copper (II) sulfate | ![]() |
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< GL | ||||||||
Cottonseed oil | ![]() |
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TR | ||||||||
DERD 2453 | ![]() |
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Explosion group IIA | |||||
DERD 2454/4 | ![]() |
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Explosion group IIA | |||||
DERD 2485/8 | ![]() |
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Explosion group IIA | |||||
Detergent P 3 | ![]() |
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Diesel fuel in accordance with DIN 51601 | ![]() |
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Diethylene glycol | ![]() |
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TR | |
Dish washing substance concentrated | ![]() |
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Distilled water | ![]() |
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Drilling oils | ![]() |
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Ethyl glycol, ethyl glycol monoethyl ether | ![]() |
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Ethylene glycol, glycol | ![]() |
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TR |
F18 | ![]() |
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Explosion group IIA | |||||
F22 | ![]() |
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Explosion group IIA | |||||
F34 | ![]() |
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Explosion group IIA | |||||
F35 | ![]() |
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Explosion group IIA | |||||
F40 | ![]() |
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Explosion group IIA | |||||
FAM normal petrol according to DIN 51635 | ![]() |
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Explosion group IIA | |||||
Formaldehyde, aq.solution, with 37 % formaldehyde, 10-15 % methanol content |
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Formaldehyde, aq.solution, with formaldehyde < 5%, FP > 100ºC |
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Formaldehyde, aq.solution, with formaldehyde >=5%, methanol < 15%, 21< = FP < = 55ºC |
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Formaldehyde, aq.solution, with 37 % formaldehyde >=5%, methanol < 15%, FP >=55ºC |
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Formalin, formaldehyde | ![]() |
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< GL | |
Fresh oils SAE 40 | ![]() |
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Fresh oils SAE 80 | ![]() |
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Fuel oil, heating oil | ![]() |
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Gas oil, with FP >100ºC, BP >200ºC | ![]() |
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Gasoline | ![]() |
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Explosion group IIA | |||||
Gasoline 80 | ![]() |
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Explosion group IIA | |||||
Gasoline 100 | ![]() |
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Explosion group IIA | |||||
Gasoline 100 LL | ![]() |
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Explosion group IIA | |||||
Gasoline 115 / 145 | ![]() |
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Explosion group IIA | |||||
Glycerine, propane-triol | ![]() |
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TR |
Henko (detergent) 2%, in water at 70°C |
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Heptane | ![]() |
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Explosion group IIA | |||||
Hexane | ![]() |
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Explosion group IIA | |||||
Hydraulic oils | ![]() |
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Hydrazine, aqueous solution containing 15% hydrazine |
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Hydrogen chloride (hydrochloric acid) | ![]() |
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< GL | ||||||||
Iron (II) chloride | ![]() |
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< GL | ||||||||
Iron (II) sulfate | ![]() |
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< GL | ||||||||
Iron (III) chloride | ![]() |
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< GL | ||||||||
Iron (III) sulfate | ![]() |
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< GL | ||||||||
Iron (III)-sulfate-chloride mixture of code no. 414/415 |
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< GL | ||||||||
Iso-Decane | ![]() |
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Explosion group IIA | |||||
JP 1 | ![]() |
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Explosion group IIA | |||||
JP 4 | ![]() |
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Explosion group IIA | |||||
JP 8 | ![]() |
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Explosion group IIA | |||||
Lactic acid < 80% | ![]() |
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Linseed oil | ![]() |
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Linseed oil fatty acid | ![]() |
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Liquid fertilizer | ![]() |
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Liquid fertilizer (Enpesol) | ![]() |
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H | ||||||||
Lubricating oils (base oils, emulsifiable) | ![]() |
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< GL | ||||||||
Lubricating oils (base oils, non-doped) | ![]() |
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< GL |
Lubricating oils (doped, non-emulsifiable) | ![]() |
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< GL |
Lubricating oils (emulsifiable) | ![]() |
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< GL | ||||||||
Magnesium chloride | ![]() |
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< GL | ||||||||
Magnesium nitrate | ![]() |
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< GL |
Magnesium sulphate | ![]() |
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< GL |
Mercury (II) chloride | ![]() |
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< GL | ||||||||
Methanol | ![]() |
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Explosion group IIA | |||||
Methyl ester (biodiesel) E DIN 51606 (Adaptation required for leak detector components in contact with medium) |
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Methylene glycol | ![]() |
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Methylester (biodiesel) DIN EN 14214 formerly DIN 51606 |
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MIL-G-5572 F | ![]() |
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Explosion group IIA | |||||
MIL-T-5624 L | ![]() |
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Explosion group IIA | |||||
MIL-T-83133 | ![]() |
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Explosion group IIA | |||||
Molasses | ![]() |
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Naphtha in accordance with DIN 51634 | ![]() |
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Explosion group IIA | |||||
n-Decane | ![]() |
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Explosion group IIA | |||||
Nickel (II) chloride | ![]() |
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< GL | ||||||||
Nickel (II) nitrate | ![]() |
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< GL | ||||||||
Nickel sulphate | ![]() |
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< GL | ||||||||
Nitric acid, < 40% pure acid | ![]() |
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Nonane | ![]() |
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Explosion group IIA | |||||
Octane | ![]() |
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Explosion group IIA | |||||
Oleic acid | ![]() |
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TR | ||||||||
Olive oil | ![]() |
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TR | ||||||||
Oxalic 10% acid in water | ![]() |
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P 3 solution < 10% | ![]() |
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Palm oil | ![]() |
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Palmitic acid, fatty acid (hexadecanoic acid) | ![]() |
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TR | |
Paraffin oil | ![]() |
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< GL | ||||||||
Paraffin, lamp and solvent kerosene in accordance with DIN 51636 |
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Explosion group IIA | |||||
Peanut fatty | ![]() |
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Peanut oil | ![]() |
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Petrol (95 and 91 octane) in accordance with DIN 51600 |
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Explosion group IIA | |||||
Petroleum ether according to DIN 51630 | ![]() |
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Explosion group IIA | |||||
Petroleum products with flash point > 55°C* | ![]() |
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Phosphate | ![]() |
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Phosphate acid < 80% | ![]() |
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Polyaluminiumhydroxidchloride | ![]() |
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Poppy seed oil | ![]() |
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Potassium brombide | ![]() |
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< GL | ||||||||
Potassium carbonate lysis 52.8% | ![]() |
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Potassium chlorate | ![]() |
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< GL | ||||||||
Potassium chloride | ![]() |
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< GL |
Potassium cyanide | ![]() |
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< GL | ||||||||
Potassium iodide | ![]() |
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< GL |
Potassium nitrate | ![]() |
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< GL |
Potassium phosphate | ![]() |
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< GL | ||||||||
Potassium sulphate | ![]() |
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< GL |
Propanol | ![]() |
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Explosion group IIB | |||||
Propionic acid < 50% pure acid | ![]() |
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Shale oil with FP >100°C, BP >100°C | ![]() |
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Sodium acetate | ![]() |
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< GL |
Sodium aluminate e.g. Alton P-1 | ![]() |
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Sodium brombide | ![]() |
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< GL | ||||||||
Sodium chlorate | ![]() |
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< GL | ||||||||
Sodium chloride | ![]() |
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< GL |
Sodium chlorite, aq. solution with > 5% active chlorine |
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Sodium cyanide, aqueous solution, with max. Density 1.2 kg / l |
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Sodium fluoride | ![]() |
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< GL |
Sodium hydrogen carbonate | ![]() |
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< GL |
Sodium nitrate | ![]() |
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< GL |
Sodium perborate | ![]() |
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< GL | ||||||||
Sodium phosphate | ![]() |
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< GL | ||||||||
Sodium sulphate | ![]() |
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< GL |
Sodium sulphite | ![]() |
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< GL |
Sodium thiosulphate | ![]() |
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< GL |
Sodiumhydrogensulfate | ![]() |
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< GL | ||||||||
Sodiumhydrogensulfite | ![]() |
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< GL | ||||||||
Soft soap | ![]() |
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Soybean oil | ![]() |
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Special petrol Hydrocarbons* | ![]() |
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Explosion group IIA | |||||
Spindel oil | ![]() |
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Stearic acid, fatty acids (octadecanoic) acid | ![]() |
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TR | |
Strength (pH 5-8) | ![]() |
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< GL | ||||||||
Sulfuric acid, <90% pure acid | ![]() |
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Sunflower oil | ![]() |
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Tall oil | ![]() |
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Tars, liquid with FP > 100°C | ![]() |
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Tartaric acid, dihydroxy butanoic acid | ![]() |
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< GL |
Tin (II) chloride | ![]() |
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< GL | ||||||||
Toluene | ![]() |
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Explosion group IIA | |||||
Turpentine oil substitute, with FP >100°C, BP >100°C |
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Unleaded petrol in accordance with DIN 51607 |
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Explosion group IIA | |||||
Urea (dissolved), ammoniacal | ![]() |
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< GL |
Urea-formaldehyde solutions (e.g. glue) | ![]() |
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< GL | |
VTL-9130-004/2c | ![]() |
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Explosion group IIA | |||||
VTL-9130-006/4 | ![]() |
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Explosion group IIA | |||||
Wheat germ oil | ![]() |
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TR | ||||||||
White spirit in accordance with DIN 51632 |
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Explosion group IIA | |||||
Xylene | ![]() |
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Explosion group IIA | |||||
Zinc chloride, aqueous solution of 78.6% | ![]() |
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Zinc nitrate | ![]() |
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< GL | ||||||||
Zinc sulfate | ![]() |
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< GL |
If an appropriate leak detector for your storage/transported liquid cannot be determined, please contact the manufacturer. If necessary, a leak detector in stainless steel has to be applied. In this case the resistance has to be verified according to DIN6601 (Positive list), Table 2, material 1.4571.