Welcome

We are a leading Chinese manufacturer of abrasives.


Enter

Remember us

BY ACCESSING THIS WEBSITE, YOU ACCEPT OUR privacy policy

008617736265601

Contact us

Messages

We will not share your personal information with third parties.

Cars polishing wax

Automotive polishing wax is a waxy preparation for vehicle paint care, achieving the following goals through the physical grinding of fine abrasives and the chemical protection of wax components:

GET INFORMATION
  • Description
  • A Comprehensive Guide to Automotive Polishing Wax: Types, Functions and Usage

    Core Definition and Functions of Automotive Polishing Wax

    Automotive polishing wax is a waxy preparation for vehicle paint care, achieving the following goals through the physical grinding of fine abrasives and the chemical protection of wax components:


    • Repair paint defects: Remove sunburn marks, minor scratches, oxidation layers, etc.

    • Enhance glossiness: Create a mirror effect and improve paint reflectivity.

    • Protect paint surface: Isolate external erosion from UV rays, acid rain, dust, etc.


    Key Ingredients Analysis and Mechanisms

    1. Abrasive System

      • Alumina (Al₂O₃): Mohs hardness 9, strong cutting force, used in abrasive wax (grain size 20-50μm).

      • Silica (SiO₂): Hardness 7, rounded particles, used in mirror wax (grain size 5-10μm).

      • Nano-abrasives: Repair minor scratches (e.g., superficial damage below 0.1mm) via "micro-cutting + filling".

    2. Wax and Protective Components

      • Natural wax: Carnauba wax offers high gloss but poor temperature resistance (melting point 40-60℃).

      • Synthetic wax: Polytetrafluoroethylene (PTFE) wax has strong weather resistance, with waterproof duration up to 6 months.

      • Coating agents: Silane components form nano-protective layers, improving anti-fouling (e.g., oil repellency angle >110°).

    Usage Scenarios and Process Steps (for moderately oxidized paint)

    1. Pretreatment

      • High-pressure water rinse → neutral car wash liquid cleaning → clay bar removal of paint iron powder (avoid secondary scratches during polishing).

    2. Polishing Operation

    3. Post-maintenance

      • Wait 5-10 minutes for the wax film to dry → wipe with microfiber cloth to achieve mirror effect → spray protective wax to enhance protection.

    Product Selection Guide for Different Paint Types

    Paint TypeRecommended Polishing WaxPrecautions
    Solid Color PaintAbrasive wax (30μm grain) + carnauba waxAvoid excessive grinding thinning the color layer
    Metallic PaintNano mirror wax + synthetic protective waxFocus on repairing oxidation of metal particles (white spots)
    Pearl PaintAll-in-one polishing wax (low-abrasive formula)Prevent grinding from damaging mica reflective layers
    Matte PaintSpecial non-abrasive protective waxStrictly prohibit abrasive products (damage matte texture)

    Industry Standards and Quality Indicators

    1. Key Performance Tests

      • Scratch repair ability: On ISO 1518-2 standard scratches (50μm depth), residual depth should be <5μm after polishing.

      • Gloss retention: After QUV aging test (400 hours), gloss decay rate ≤15%.

      • Waterproofness: After spray test, water droplet rolling angle >70°, no obvious water stains.

    2. Counterfeit Product Identification

      • Inferior wax often contains coarse particles rough, causing "swirl marks" on paint.

      • Cheap polishing wax may contain petroleum solvents, leading to paint cracking (judge by odor: high-quality wax is non-irritating).




    Product Name 

    Car Polish Wax

    Granularity

    3000#/5000#/6000/#

    Abrasive

    Aluminum Oxide

    Specifications

    1L/Barrel

    Application

    Car/Aircraft/Ship Paint Repair





    The Process Logic of Polishing Wax

    Select automotive polishing wax following the logic of "damage degree → paint type → maintenance goal":


    1. Severe damage (scratches >0.2mm): Prioritize abrasive wax for rapid repair;

    2. Daily maintenance: Focus on protective wax with minor defect coverage;

    3. High-end paint: Choose products with nano-ceramic or coating components for integrated "polishing + protection".

    By precisely matching product characteristics to paint needs, it is possible to repair defects while extending paint life and maintaining vehicle appearance value.


    Main Types and Characteristics (Classified by Function and Ingredients)

    TypeCore IngredientsApplication ScenariosTypical Effects
    Abrasive Polishing WaxCoarse/medium-grain abrasives (alumina, silica) + hard waxNew car de-waxing, severe scratch repair, old car refurbishmentRapidly remove marks from 2000-grit sandpaper, reduce roughness by over 50%
    Mirror Polishing WaxNano-level abrasives (≤1μm) + synthetic waxModerate defect repair (sun lines, oxidation layers)Increase gloss by 30%-50%, reduce Ra value to below 0.5μm
    Protective Polishing WaxCarnauba wax, Brazil palm wax + polymerDaily maintenance, minor defect coverageForm a waterproof film (contact angle >90°), provide continuous protection for 1-3 months
    All-in-One Polishing WaxComposite system of abrasives + wax + coating agentsQuick care (cleaning + polishing + protection in one step)Prioritize convenience with moderate comprehensive effects


    {pboot:if('

    Safety and Environmental Notes

    • Operation safety: Wear a dust mask (avoid inhaling abrasive particles), maintain ventilation during polishing.

    • Environmental indicators: Choose water-based polishing wax (VOC content <50g/L) to reduce organic solvent pollution.

    • Storage requirements: Store in a cool, dry place at 5-30℃, prevent wax from melting at high temperatures or hardening at low temperatures.


    ')}

    Safety and Environmental Notes

    • Operation safety: Wear a dust mask (avoid inhaling abrasive particles), maintain ventilation during polishing.

    • Environmental indicators: Choose water-based polishing wax (VOC content <50g/L) to reduce organic solvent pollution.

    • Storage requirements: Store in a cool, dry place at 5-30℃, prevent wax from melting at high temperatures or hardening at low temperatures.


    {/pboot:if}