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DIPETANE
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Dipetane: understand the range before choosing
Dipetane International describes Dipetane as a hydrocarbon pre-combustion fuel treatment. The present AutoMotoPart range contains 1-litre and 5-litre packs of the same product. The official self-mixing rate is 1:200 by volume for petrol, diesel or kerosene: 1 litre treats 200 litres of fuel and 5 litres treats 1,000 litres.
AutoMotoPart currently lists 2 Dipetane items. The largest Dipetane groups are 2 fuel-treatment pack-size entries. Dipetane totals can change, so a category count is orientation rather than proof that a particular reference suits a vehicle, workplace or job. The exact Dipetane listing, its current technical information and the item in front of you must agree.
What the Dipetane page actually covers
| Product group in this range | Current entries | Selection focus |
|---|---|---|
| Dipetane fuel treatment in 1L and 5L | 2 | Same Dipetane formula in 1L and 5L: dose exactly 5ml per litre (1:200) only into confirmed petrol, diesel or kerosene fuel. |
The difference is handling quantity, not strength. One litre covers 200 litres of fuel; five litres covers 1,000 litres. The smaller pack supports easier direct measurement for individual vehicles, while the larger pack needs a clean fuel-compatible graduated dispenser and controlled bulk storage.
Build a reliable shortlist
Identify fuel type, tank/fill quantity and equipment-maker policy first. Calculate treatment from the actual litres of fuel, not tank capacity unless filling from empty. Check the exact reservoir label and prepare a clean dedicated measuring vessel before opening the pack.
| Check | Why it matters | Useful evidence |
|---|---|---|
| Fuel | Official instructions name petrol, diesel and kerosene | Fuel cap, handbook and Dipetane current label |
| Dose | 1:200 equals 5 ml treatment per litre of fuel | Measured fuel volume and graduated dispenser |
| Pack | 1 L and 5 L have the same concentration but different handling | Expected treated volume, storage and spill controls |
| Vehicle policy | Some makers restrict unapproved supplementary treatments | Current handbook/warranty/service instruction |
| Fault state | Additive use cannot correct mechanical or aftertreatment failure | Diagnostics, fault codes, pressure/flow and emissions test |
| Outcome | Economy/emissions vary and need a controlled baseline | Brim-to-brim records or calibrated test over comparable duty |
If the fuel cannot be positively identified, the tank is contaminated or the vehicle maker prohibits treatment, do not add Dipetane. Resolve the fuel/system problem first; more treatment is not a safe response to a dosing or reservoir mistake.
Calculate the 1:200 dose accurately
At 1:200, divide fuel litres by 200 to obtain Dipetane litres, or multiply fuel litres by 5 for millilitres. Examples are: 10 L fuel/50 ml treatment; 20/100; 30/150; 40/200; 50/250; 60/300; 80/400; 100/500; 200/1,000. For 1,000 litres, the dose is the full 5-litre pack.
Dose the fuel actually being treated. If 25 litres remain and 35 litres are added, the relevant total is 60 litres only if the residual fuel was untreated; if it already contained Dipetane, calculate only the new fuel. Keep a log to avoid repeatedly treating the same residual volume. Do not rely on an imprecise dashboard fuel gauge for small doses.
Petrol, diesel and kerosene—no silent expansion
Dipetane's current official instructions explicitly name petrol, diesel and kerosene. The company also states that the product is hydrocarbon-based and self-mixing. Those statements do not authorise placing it into AdBlue, LPG/CNG, hydrogen, battery coolant, engine oil or another non-fuel system.
For a hybrid, the relevant question is the combustion engine's approved petrol/diesel fuel and the maker's treatment policy; hybrid branding itself does not prove suitability. For boilers or machinery using kerosene, follow the burner/equipment manufacturer, storage-tank and competent-engineer instructions. Do not add treatment through an unsafe bulk-tank opening or while a burner is running.
Attribute economy and emissions claims correctly
Dipetane's website advertises fuel savings ‘up to 10%’ and reductions ‘up to’ specified emissions values, attributing them to more complete combustion. ‘Up to’ includes smaller or no improvement, and tests on particular fleets, engines or conditions cannot predict another vehicle. This page makes no savings, emissions or payback guarantee.
To assess fuel consumption, use several comparable tankfuls before and after, consistent fill technique, distance, load, route, tyre pressure and weather where possible. For emissions, use calibrated equipment and record engine temperature and test cycle. A dashboard average, visible smoke impression or single MOT value is not a controlled comparison and can change after maintenance or driving pattern.
EGR, DPF, catalyst and injector boundaries
Dipetane says its combustion effect can reduce formation of unburnt-carbon deposits and makes cleaning/DPF-related claims. Treat these as manufacturer descriptions of intended benefit. EGR sticking can involve soot, oil, motor/gearing and sensor faults; DPF restriction can be soot, non-combustible ash, melting/cracking, pressure-sensor or regeneration failure. Fuel treatment cannot diagnose which one exists.
Do not force high-speed driving or regeneration to chase an additive claim. Read fault codes and live data, check oil level and service history and follow the vehicle maker's regeneration/repair process. A DPF above safe loading, a warning to stop, limp mode, misfire, injector leak or rising oil level needs competent diagnosis. Dipetane does not remove ash or repair damaged aftertreatment hardware.
Hydrocarbon handling, storage and spill response
Read the current Dipetane safety data before use. Work in a ventilated area, switch off the engine/heater, exclude smoking, sparks and hot surfaces and control static as the site procedure requires. Wear specified gloves and eye protection. Use a clean fuel-compatible measure with a pouring spout; never use a food/drink container or a funnel contaminated with water or another fluid.
Keep 1 L and 5 L packs sealed, upright, labelled and protected from impact and temperature extremes in the approved fuel/chemical store. Close the fuel cap and treatment pack immediately. Stop spills at source, protect drains and use the safety-sheet absorbent/waste route. Do not wash hydrocarbon residue into soil or surface water, and do not leave oily measuring equipment in a passenger compartment.
From identification to a checked result
| Stage | Good practice for this range | Mistake to avoid |
|---|---|---|
| Confirm | Identify petrol, diesel or kerosene and maker permission | Assuming every engine, blend or reservoir is suitable |
| Calculate | Use 5 ml per litre for the untreated fuel volume | Emptying the pack according to tank capacity or guesswork |
| Prepare | Isolate ignition, ventilate and use clean labelled measuring gear | Using a drinks bottle or contaminated funnel |
| Add/record | Add measured treatment to the fuel and log fuel/dose/date | Repeatedly dosing residual fuel or adding to AdBlue |
| Evaluate | Maintain/diagnose normally and compare controlled records | Guaranteeing savings, emissions, DPF cleaning or test passage |
Record pack/batch, fuel type, litres treated, millilitres added, odometer/hours and any baseline data. For a 5-litre workshop pack, maintain a dispensing log so cumulative withdrawals reconcile with the 1,000-litre treatment capacity.
Reading real Dipetane references
The Dipetane names below are examples from the current range and show why the complete description matters. They are not universal Dipetane recommendations and should not be treated as a fitment list. Within Dipetane, a shared family word can conceal a different dimension, connector, material, pack format, operating condition or installation side.
| Example listing | What to verify beyond the name |
|---|---|
| Dipetane Dipetane Fuel Treatment - 1 Litre | 1 litre pack: same formula, treats 200 L petrol/diesel/kerosene at 5 ml per litre; individual dosing and sealed remainder |
| Dipetane Dipetane Fuel Treatment - 5 Litre | 5 litre pack: treats 1,000 L at the same 1:200 ratio; dedicated graduated dispenser, bulk log and safe storage |
The repeated ‘Dipetane Dipetane’ in titles is not a double-strength version. Both packs use the same ratio. Preserve litre and millilitre units carefully: 250 ml treats 50 litres, not 250 litres.
Common errors around Dipetane products
- Pouring the full 1 L or 5 L pack into one vehicle without calculating untreated fuel.
- Confusing 1:200 with 1:20 or interpreting it as a percentage by guesswork.
- Adding Dipetane to AdBlue, engine oil, coolant or an unidentified reservoir.
- Extending petrol/diesel/kerosene guidance to an unconfirmed fuel or blend.
- Using a contaminated or unlabelled measuring container around fuel.
- Treating manufacturer ‘up to’ claims as guaranteed savings or emissions reductions.
- Expecting treatment to repair injectors, EGR, sensors, catalyst or a damaged/ash-filled DPF.
- Handling or storing hydrocarbon liquid near ignition or allowing spills into drains.
Dipetane questions and answers
Q: Which Dipetane sizes are listed?
A: One-litre and five-litre packs of the same fuel-treatment product.
Q: What is the official mixing ratio?
A: 1:200 by volume, equal to 5 ml Dipetane per litre of fuel.
Q: How much fuel does 1 litre treat?
A: 200 litres.
Q: How much fuel does 5 litres treat?
A: 1,000 litres.
Q: How much treats a 50-litre fill?
A: 250 ml.
Q: Which fuels does Dipetane officially name?
A: Petrol, diesel and kerosene.
Q: When should it be added?
A: Dipetane recommends fuel first and then the measured treatment, which it says self-mixes without agitation.
Q: Can it go in the AdBlue tank?
A: No. It belongs only in the confirmed compatible fuel tank.
Q: Will it guarantee 10% fuel savings?
A: No. ‘Up to’ is a manufacturer claim; individual results vary and may be smaller or absent.
Q: Will it guarantee lower MOT emissions?
A: No. Testing, engine condition, maintenance and faults determine the result.
Q: Will it clean a blocked DPF or EGR?
A: Do not assume so. Diagnose soot/ash loading, sensors, regeneration and mechanical faults using the vehicle procedure.
Q: Can more be added for a fault?
A: Use the stated 1:200 dose; extra treatment is not a repair or substitute for diagnosis.
