YD43-008 3.5 Gallon Parts Washer (3.5 Gallon Parts Washer YD43-008) Webpage Detail Page (English)

I. Product Specifications (SPECIFICATION)

1. Core Parameter Summary Table

2. Performance Test Table

II. Product Details (PRODUCT DETAILS)

1. 6.5kg Lightweight + 47×36×25cm Mini Size, Easy to Move and Store

(1) One-Handed Portability, Suitable for Multi-Station Mobility

• Net weight only 6.5kg: Maintenance personnel can carry the equipment from the tool room to the maintenance workstation with one hand, even to outdoor temporary operation points (e.g., emergency automotive maintenance, agricultural machinery field maintenance), no need for carts or multi-person collaboration, saving 80% of handling time compared to traditional washers over 15kg;
• Desktop-sized: With a compact size of 47×36×25cm, it can be used on desktops or tool cabinet tops without occupying floor space, especially suitable for small scenarios such as community repair shops and home workshops.

(2) Ultra-Dense Loading, Low Procurement Cost

• 1400 units loadable in a 40-foot container: Logistics costs are significantly reduced for bulk procurement, with a single-unit logistics cost of only 5 yuan, 50% lower than similar-capacity traditional washers, suitable for bulk procurement by chain repair brands and electronic factories;
• Compact packaging: No redundant space during transportation, with a damage rate below 1%, far better than traditional large washers (damage rate approx. 5%).

2. 2.7-3.3 L/min High-Pressure Spray + Removable Tray, High Cleaning Efficiency and Flexibility

(1) High-Pressure Water Flow, No Cleaning Blind Spots

• Electric pump-driven high-pressure spray: The output of 2.7-3.3 L/min forms dense water flow that can penetrate small gaps in parts (e.g., bolt threads, bearing ball gaps). 50 oil-stained bolts can be cleaned in 30 minutes, with efficiency 300% higher than manual brush wiping;
• Large flow rate of 5.28 gallons/minute: Wide water flow coverage; small parts can be directly soaked in solvent, and the dual effect of soaking and spraying accelerates the dissolution of stubborn oil stains by 2 times compared to soaking alone.

(2) Removable Tray, Suitable for Parts of Multiple Sizes

• Flexible use of grid tray: With a load-bearing capacity of ≤3kg, it can hold slightly larger parts such as small motor housings and automotive sensors. During cleaning, parts do not directly contact impurities at the tank bottom, avoiding secondary pollution; the tray can be removed and rinsed separately with no impurity accumulation;
• Tank depth adaptation: The 25cm-high tank can fully soak parts up to 15cm long (e.g., small drive shafts) without batch cleaning, meeting lightweight bulk cleaning needs.

3. Fusible Link Steel Lid + Water-Based Solvent, Dual Protection of Safety and Environmental Protection

(1) Automatic Lid Closing at High Temperature, Eliminating Fire Risks

• Fusible link steel lid design: In case of high temperature or fire, the fusible link breaks quickly, and the steel lid closes under gravity, blocking contact between oxygen in the tank and external open flames. It has passed industrial fire safety testing, suitable for special scenarios such as gas station maintenance areas and electronic explosion-proof workshops;
• Impact-resistant steel lid: The 0.8mm cold-rolled steel plate can withstand 5kg heavy object impact, with no deformation during daily use, extending equipment service life.

(2) Water-Based Solvent Restriction, Reducing Health and Environmental Risks

• Water-based solvent only: Avoids toxic gas volatilization from organic solvents, protecting the health of operators. Meanwhile, water-based solvents are biodegradable, with waste fluid treatment costs only 1/4 of that of organic solvents;
• Low-volatility design: Solvent volatilization ≤30ml/24h after the lid is closed, requiring solvent replenishment only once a month, saving 60% of solvent consumption compared to open cleaning tanks.

III. Application Scenarios (APPLICATION SCENARIOS)

1. Spark Plug Cleaning in Community Automotive Repair Shops (Core Scenario)

1. Equipment Preparation and Debugging:
   - The maintenance personnel carries YD43-008 from the tool cabinet top to the desktop with one hand, connects to a 220V power supply, and adds 2 gallons of neutral water-based decarbonizer to the tank (meeting the 3.5-gallon maximum capacity requirement);
   - Takes out the removable tray and tests the spray function (pressure 0.22MPa, uniform water flow);
   2. Cleaning Operation:
   - Batch Spark Plug Cleaning: Puts the spark plugs into the tank, starts the spray pump, and turns the spark plugs once every 5 minutes to ensure full water flow contact with carbon deposit areas; during cleaning, impurities settle to the tank bottom, and the tray isolates parts from impurities;
   - Draining and Inspection: Places the cleaned spark plugs on the tray to drain for 5 minutes, wipes the surface with a rag, and checks that there is no carbon deposit residue on the electrodes, meeting installation standards;
   3. Operation Effect:
   - High Efficiency: 4 spark plugs were cleaned in 25 minutes, saving 15 minutes compared to manual cleaning, and the car owner picked up the vehicle on time;
   - Space-Friendly: The equipment is used on the desktop without occupying floor workstations, keeping the maintenance area tidy;
   - Safe and Odorless: Water-based solvent has no volatile odor, meeting community environmental protection requirements, with no complaints from nearby residents.
   Result: The maintenance efficiency of the community auto repair shop was improved, customer satisfaction was enhanced, and workstation utilization was significantly improved.

2. Connector Degreasing in Electronic Component Factories (Scenario 2)

1. Equipment Arrangement and Adaptation:
   - Places YD43-008 on the workbench next to the production line, connects to a 220V power supply, and adds 1.6 gallons (minimum capacity) of electronic-specific cleaning agent;
   - Puts the connectors into the tank (20 pieces at a time, cleaned in 5 batches);
   2. Batch Cleaning Operation:
   - Spray Degreasing: Starts the pump, sprays water flow on the connector surfaces, completes 1 batch of cleaning every 10 minutes; the cleaned connectors are rinsed with pure water and dried;
   - Solvent Recycling: 1.6 gallons of solvent can be reused 3 times, with a single cleaning cost of only 2 yuan, 80% lower than outsourced cleaning;
   3. Production Effect:
   - 100% Product Qualification Rate: The cleaned connectors have no oil residue, meet conductive performance standards, and no corrosion damage;
   - Seamless Production Connection: The equipment is placed next to the production line, enabling simultaneous cleaning and assembly with no part transfer waiting time;
   - Easy Operation: Production line workers master the operation in 10 minutes, no professional training required.

3. Home DIY Hardware Part Restoration (Scenario 3)

1. Equipment Storage and Startup:
   - Takes YD43-008 from the balcony storage cabinet (occupying only 0.04㎡ during storage), places it on the balcony desktop, and connects to a 220V power supply;
   - Adds 1.8 gallons of household rust-removing cleaning agent and puts in the bearings;
   2. Cleaning and Maintenance:
   - Gentle Spraying: Starts the pump, cleans in low-pressure mode (0.2MPa) to avoid damage to the bearing surface coating; takes out the bearings after 15 minutes of cleaning, rinses with clean water and dries;
   - Equipment Storage: After cleaning, drains the solvent, wipes the tank, and carries it back to the storage cabinet with one hand, no occupation of daily home space;
   3. DIY Effect:
   - Restored Bearing Performance: The bicycle rotates smoothly after assembly with no jamming or abnormal noise;
   - Controllable Cost: No need for repair services, saving 50 yuan in repair costs through DIY restoration;
   - Safe and Convenient: Water-based solvent has no safety hazards, suitable for home use.

IV. Frequently Asked Questions (FAQ)

Q1: After starting the spray pump, the water flow is weak or non-existent. What is the reason?

1. Check Solvent Level: If the solvent in the tank is less than 1.6 gallons (minimum capacity), the pump cannot absorb water normally. Add water-based solvent to the range of 1.6-3.5 gallons;
2. Clean the Pump and Filter Screen:
   - Turn off the power, disassemble the liquid inlet filter screen at the tank bottom (located at the pump inlet), and rinse surface impurities (such as iron filings and fibers) with clean water;
   - If there is still no water flow from the pump, disassemble the pump outlet pipe, blow air through it to check for blockage, and unclog with a thin iron wire if there are impurities;
3. Confirm Voltage Stability: If the used voltage is lower than 200V (for 220V version) or 100V (for 110V version), the pump speed will be insufficient. Use a voltage stabilizer to ensure the voltage meets the equipment requirements.

Q2: After using for a period of time, the tank shows slight deformation. How to handle this?

1. Control Solvent Temperature: The operating temperature of water-based solvent should be ≤40℃. Using hot water to dilute the solvent or exposing the equipment to sunlight for a long time will cause the PP plastic tank to soften and deform. Place the equipment in a cool place, use room-temperature solvent, and the tank can recover automatically when cooled if deformation is slight;
2. Avoid Overloading: The load-bearing limit of the removable tray is 3kg. Placing parts over 5kg will cause tray deformation and squeeze the tank. Strictly follow the load-bearing standard; contact the merchant to replace the tray or tank if deformation is severe;
3. Daily Maintenance: Drain the solvent in time after cleaning to avoid long-term solvent soaking leading to tank aging, extending the tank service life.

Q3: How to judge whether parts are suitable for cleaning with YD43-008?

1. Confirm Part Size: The length, width, and height of the part must be ≤15×10×8cm (effective tank capacity); if exceeding, the part cannot be fully soaked or sprayed, possibly resulting in incomplete cleaning;
2. Confirm Part Weight: The weight of a single part should be ≤2kg to avoid tray deformation or tank damage caused by overloading;
3. Confirm Part Material: Suitable for metal and plastic parts (water-based solvent-resistant); cleaning of rubber and leather parts is prohibited (water-based solvents may cause material aging); meanwhile, avoid cleaning parts with circuits (such as unsealed circuit boards) to prevent short-circuit damage.

Q4: The fusible link steel lid cannot close normally. How to solve this problem?

1. Clean the Fusible Link: Gently polish rust on the fusible link with sandpaper, apply a small amount of anti-rust oil, and manually rotate the link shaft to ensure smooth movement;
2. Correct Steel Lid Deformation: If the steel lid is slightly deformed due to impact, gently tap the deformed area with a rubber hammer (with a rag pad to avoid paint scratches) to adjust it to fit the tank edge;
3. Check the Seal Ring: If the silicone seal ring at the tank edge is aged or fallen off, it will cause the steel lid to close loosely. Replace it with a seal ring of the same specification (matching accessories provided by the merchant) to ensure sealing and closing effects.