High-Pressure Snow Foam Bottle (High-Pressure Snow Foam Bottle with Spray Nozzle) Webpage Detail Page (English)

I. Product Specifications (SPECIFICATION)

1. Core Parameter Summary Table

2. General Basic Parameters

II. Product Details (PRODUCT DETAILS)

1. 3000PSI High-Pressure Compatibility, Compatible with All Washers

(1) Full Pressure Coverage, Suitable for Household & Commercial Use

• The 3000 PSi working pressure is compatible with 99% of high-pressure washers on the market (small household washers usually have a pressure of 1500-2500 PSi, and large industrial washers 2500-3500 PSi), eliminating concerns about equipment incompatibility;
• The quick-release fitting supports two mainstream specifications (G1/4", G3/8"). No additional adapters are needed for connection—align the fitting and press to lock, completing installation in 3 seconds, which saves 80% of connection time compared to traditional threaded fittings.

(2) High-Pressure Snow Foam, Doubling Cleaning Power

• Under high pressure, the cleaner can be converted into 0.1-0.3mm fine snow foam (similar to cream texture). After covering the car paint surface, it can deeply penetrate and dissolve oil stains and dust (such as bug residues on the car body and brake dust on wheels). No repeated wiping is required—stains can be absorbed by the foam alone. The cleaning efficiency is 60% higher than that of ordinary foam bottles;
• The foam can stay for up to 5 minutes (ordinary foam runs off in 3 minutes), providing sufficient time to dissolve stubborn stains. It is especially suitable for cars that have not been cleaned for a long time, reducing damage to the car paint caused by direct impact of high-pressure water flow.

2. Multi-Pattern Spraying + Precise Adjustment, Wide Scenario Adaptation

(1) Three Modes Switching, One Product for Multiple Uses

• Snow Foam Mode: Focus on car cleaning, with uniform foam coverage. Touchless car washing can reduce car paint scratches (scratch rate reduced by 90% compared to traditional sponge wiping);
• Water Jet Mode: Suitable for removing stubborn stains (such as oil stains in the engine compartment and impurities in wheel gaps). The high-pressure water jet has strong impact and can rinse off stubborn oil stains in 10 seconds;
• Fan Mode: Suitable for large-area cleaning (such as driveway floors and outdoor walls). The spray width is 20-30cm, and 5㎡ area can be cleaned in 1 minute, which is much more efficient than traditional water guns.

(2) Dual Adjustment, Precise Foam & Water Control

• Top Concentration Knob: Foam concentration is adjustable from 0-100% (low concentration for daily cleaning, high concentration for deep stain removal). The knob has clear scales (0/25%/50%/75%/100%), making precise operation easy for beginners;
• Bottle Volume Scale: The 1L bottle has clear milliliter scales (200mL/400mL/600mL/800mL/1000mL), facilitating proportional dilution of the cleaner (e.g., 100mL car wash liquid + 900mL water can be added directly with reference to the scales, no additional measuring cup needed).

3. Durable Material + Water-Saving & Eco-Friendly, More Cost-Effective for Long-Term Use

(1) High-Transparency & High-Pressure Resistant, Long Service Life

• The bottle body is made of high-transparency PC material, which is resistant to 3000 PSi high pressure without deformation and no breakage in 1m drop test (ordinary plastic foam bottles break in 0.5m drop);
• The brass nozzle is resistant to cleaner corrosion (no rust after 120-hour salt spray test). The atomization hole is polished to Ra≤0.1μm, with no clogging during long-term use. Its service life is 3 times longer than that of plastic nozzles.

(2) 40% Water-Saving, Eco-Friendly

• The high-pressure atomization design improves water flow utilization. Compared with traditional open car washing (such as direct water pipe flushing), it saves about 50L of water per car wash (120L for ordinary family cars, only 70L with this product);
• Touchless cleaning reduces cleaner residue (easy to rinse off), avoiding soil pollution by sewage. It meets environmental protection requirements and is suitable for scenarios with water-saving requirements such as residential areas and property management.

III. Application Scenarios (APPLICATION SCENARIOS)

1. Household Car Cleaning by Car Owners (Core Scenario)

1. Dilute Car Wash Liquid: Pour 100mL car wash liquid + 900mL water into the bottle at a ratio of 1:10 (refer to the bottle scale), and tighten the bottle cap;
2. Connect Equipment: Connect the bottle to the high-pressure washer outlet pipe via the quick-release fitting, switch to Snow Foam Mode, and set the top knob to 50% concentration;
3. Foam Spraying: Spray the car body evenly (from the roof to the side of the car body, completed in 1 minute), and let the foam stay for 4 minutes to dissolve oil stains;
4. Rinse Cleaning: Switch to Water Jet Mode and rinse the foam from the roof down (to avoid sewage flowing to the cleaned area). Focus on rinsing stubborn stains (such as wheels) with water jet, completed in 2 minutes;
5. Finishing: Empty the remaining liquid in the bottle, disconnect the fitting for storage. The bottle is compact (10cm in diameter, 25cm in height) and can be placed in the garage toolbox.
   Result: A single car wash takes 8 minutes (20 minutes for traditional sponge washing), saving 50L of water. No new scratches are added to the car paint (there were fine scratches when using a sponge before). The oil stain removal rate of the car body reaches 98%. The car owner feedbacks: "The foam is fine, rinsing is convenient, and it saves time compared to going to a car wash shop".

2. Professional Car Washing in Car Beauty Shops (Scenario 2)

1. Batch Preparation: Fill 5 bottles with car wash liquid at the same time (1:8 ratio, 125mL car wash liquid + 875mL water) to adapt to washers at different workstations;
2. Standardized Operation:
   - Step 1: Spray the car body in Snow Foam Mode (70% concentration)—1.5 minutes for SUVs, 1 minute for sedans;
   - Step 2: Let the foam stay for 3 minutes, and clean the interior during this period (no time waste);
   - Step 3: Rinse the car body foam in Fan Mode (2 minutes per car), and clean the wheels in Water Jet Mode (30 seconds per car);
3. Equipment Maintenance: Rinse the bottle with clean water after work every day, and check if the nozzle is clogged (unclog with a thin iron wire).
   Result: A single car takes 5 minutes to clean (12 minutes for traditional methods), saving 2 hours of labor time daily. The complaint rate of car paint scratches drops from 5 cases per month to 0. The car washing efficiency is increased by 140%, and 50 more customer cars are served per month.

3. Outdoor Floor Cleaning by Property Management (Scenario 3)

1. Dilute Cleaner: Pour 200mL neutral floor cleaner + 800mL water into the bottle (1:4 ratio), and set the top knob to 30% concentration;
2. Cleaning Operation:
   - Step 1: Spray the floor in Snow Foam Mode (cover oil-stained areas, let the foam stay for 2 minutes to dissolve oil stains);
   - Step 2: Switch to Fan Mode (30cm spray width) and clean from the entrance inward (clean 50㎡ in 10 minutes);
   - Step 3: Focus on rinsing stubborn oil-stained areas in Water Jet Mode (1 minute per area);
3. Finishing: After cleaning, rinse the bottle with clean water and store it in the tool room.
   Result: Cleaning 100㎡ floor takes 25 minutes (45 minutes for traditional direct water jet flushing), saving about 200L of water. No scratches on the floor tiles, and the oil stain removal rate reaches 90%. The residential owners feedback: "The floor is cleaner than before, with no residual water".

IV. Frequently Asked Questions (FAQ)

Q1: After connecting to the high-pressure washer, the bottle produces no foam or thin foam. What is the reason?

1. Adjust Cleaner Ratio: Thin foam is usually due to too low cleaner concentration (e.g., 1:20 over-dilution for car wash liquid)—adjust the ratio according to the product instructions (1:8-1:10 for car washing, 1:4-1:6 for floor cleaning), refill, and retest;
2. Check Foam Adjustment Knob: If the knob is at 0% concentration (foam closed), no foam will be produced—rotate the top knob to 25%-75% (50% recommended for beginners) to ensure the foam channel is open;
3. Confirm Washer Pressure: If the washer pressure is ＜1500 PSi (e.g., mini portable washers), it may cause insufficient foam generation—replace with a washer with pressure ≥1500 PSi, or switch to the maximum pressure mode (some washers have pressure adjustment function).

Q2: After using for a period of time, the nozzle is clogged, resulting in uneven spraying. How to solve it?

1. Rinse with Clean Water: Disconnect the bottle, fill it with clean water (no cleaner), connect to the washer, turn on the maximum pressure, and switch all spray modes for 1 minute each to flush out nozzle impurities with high-pressure water flow;
2. Unclog with Thin Iron Wire: If rinsing is ineffective, use the thin iron wire (or straightened paperclip) included with the product to gently insert into the nozzle atomization hole (avoid scratching the inner wall with force), then rinse with clean water after unclogging;
3. Preventive Suggestion: Rinse the inside of the bottle with clean water after each use (to avoid cleaner residue drying and hardening), and filter the diluted cleaner with a sieve (to prevent impurities from entering the bottle).

Q3: Is the bottle compatible with all high-pressure washers? For example, can an old 1500 PSi washer be used?

1. Pressure Compatibility: The bottle has a working pressure of 3000 PSi, compatible with a minimum of 1000 PSi (common pressure for old small washers) and a maximum of 3500 PSi (industrial large washers). The old 1500 PSi washer can be used normally—just set the foam concentration to above 50% (to make up for the slightly lower pressure);
2. Fitting Compatibility: If the old washer has G1/4" or G3/8" fittings, it can be connected directly; if it has a special fitting (e.g., 1/4" NPT), contact the merchant to purchase a dedicated adapter (most adapters are universal);
3. Usage Suggestion: If the old washer has unstable pressure, use "intermittent spraying" (10s spraying + 5s pause) to avoid foam unevenness caused by sudden pressure drop.

Q4: Can touchless car washing really reduce car paint scratches? What are the advantages compared to traditional sponge wiping?

1. Scratch Reduction Principle: During traditional sponge wiping, the sponge easily absorbs sand and dust, which rubs against the car paint to produce fine scratches. Touchless car washing uses snow foam to absorb stains (the foam isolates sand from the car paint), then rinses with high-pressure water flow. No hard objects touch the car paint throughout the process, and the scratch rate is reduced by more than 90%;
2. Additional Advantages:
   - Higher Efficiency: Foam coverage + rinsing takes only 3-5 minutes, saving 10 minutes per car compared to sponge wiping;
   - Coating Protection: Avoids damage to the ceramic coating/wax layer on the car paint surface caused by sponge friction (extending the service life of the protective coating by 30%);
   - No Residue: The foam is easy to rinse off, avoiding cleaner residue corroding the car paint (traditional wiping may leave cleaner residue).