Video summary
Koch Chemie PW Protector Wax VS Koch Chemie SO 03 Hydro Foam Sealant!
Main summary
Key takeaways
Product(s) reviewed / compared
- Koch Chemie PW Protector Wax (PW) – a protective wax sprayed onto a wet, freshly washed surface and towel-dried.
- Koch Chemie SO 03 Hydro Foam Sealant (SO3) – a foam sealant (polymer sealant) sprayed onto a wet, freshly washed surface, with a short dwell time, then rinsed and towel-dried.
How both products are used (common user experience)
- Applied to a clean, wet vehicle surface after a wash (using a foam cannon/foam gun/pump sprayer).
- Dwell briefly, then rinse off (water reportedly “activates” the product, turning it frothy).
- Dry with a towel.
Dilution noted as a difference
- SO3: 150:1
- PW: 200:1
- The speaker suggests dilution can be adjusted depending on the environment.
Key observed differences (performance / protection)
PW Protector Wax results
- Described as “not very impressive” in the speaker’s prior test.
- Only minimal difference in slickness during wiping compared to SO3.
- In a side-by-side comparison, the speaker reports a clear “line” indicating PW’s protection effectiveness is less distinct.
SO3 Hydro Foam Sealant results
- Described as the clear winner.
- Produces a more obvious, definitive line through the panel where protection was applied.
- The sealant won’t wash off anytime soon (despite being spray-on/rinse-off).
- Feels slightly slicker during towel drying.
Claimed benefits / compatibility
SO3 is said to help complement and maintain:
- Ceramic coatings
- Polymer sealants
- Other existing protection
Suggested maintenance schedule
- Apply every other wash or every third wash.
Overall pros and cons mentioned
SO3 Pros
- Better protection and more noticeable/lasting results than PW
- Holds up well (speaker: “not going to wash off anytime soon”)
- Helps maintain existing protection layers (ceramic/polymer)
SO3 Cons
- No direct downsides mentioned in the provided subtitles (beyond general use steps).
PW Pros
- Creates a protective effect (foams and wipes off)
- Slightly easier to judge slickness (though only minimal difference is claimed)
PW Cons
- Not very impressive vs SO3
- Protection effectiveness is less clearly defined in the side-by-side test
- Speaker implies it’s not worth choosing over SO3
Comparisons / recommendations outside the two products
- The speaker criticizes the need for choosing a “second one” (implied: PW doesn’t make sense over SO3 for them).
- If someone wants a wax instead of sealant, the speaker recommends Montana waxes (extracted from brown coal), claiming:
- better protection
- higher temperature and abrasion threshold
- dripping wet look
- more satisfying application (though not spray-and-rinse)
Unique points mentioned (consolidated list)
- SO3 is a foam sealant; PW is a protective wax.
- Both are applied to a wet vehicle after washing and dried with a towel.
- Water reportedly activates the product, turning it frothy.
- PW previously felt underwhelming to the speaker.
- Slickness difference between PW and SO3 during wiping is minimal for the speaker, but SO3 feels a bit slicker.
- Side-by-side test shows SO3 protection is much more evident (distinct line).
- Speaker believes SO3 sealant won’t wash off quickly despite being spray-on/rinse-off.
- SO3 is intended to maintain ceramic or polymer protection.
- Suggested application frequency: every other wash / every third wash.
- Speaker overall calls SO3 the clear winner.
- If choosing a wax, the speaker recommends Montana wax for stronger protection and appearance.
- Dilution ratios differ: SO3 150:1 vs PW 200:1.
Speaker
- Brian (Apex Auction Car Reconditioning) – provided all observations, comparisons, and recommendations in the subtitles.
Concise verdict / recommendation
Choose Koch Chemie SO 03 Hydro Foam Sealant (SO3) over Koch Chemie PW Protector Wax (PW). Based on the side-by-side panel test described, SO3 provides clearly better and more durable-looking protection, feels slightly slicker during drying, and is recommended for maintaining existing ceramic/polymer protection.
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