【新電鍍工藝與傳統(tǒng)噴漆工藝對比】
▎傳統(tǒng)工藝風(fēng)險：
→ 普通噴漆（易脫落/含重金屬）
→ 陽極氧化（耐蝕性不足）
▎我們的電鍍方案：
① 基材預(yù)處理：電解拋光去除雜質(zhì)（粗糙度Ra≤0.2μm）
② 涂層強(qiáng)化：三層復(fù)合鍍層（附著力≥15MPa）
③ 檢測：X射線熒光光譜篩查（0重金屬殘留）

【食品安全防御體系】
材質(zhì)保障 → 304不銹鋼基材（參考GB/T3280標(biāo)準(zhǔn)進(jìn)行）+食品級涂層
工藝認(rèn)證
抗損測試 → 10000次研磨磨損量≤0.03mm
風(fēng)險對沖 → 質(zhì)量問題終身換新
【食品廠采購總監(jiān)實測】
"經(jīng)3個月連續(xù)使用，研磨500kg雜糧后涂層無脫落，完全達(dá)到HACCP體系的要求。"
【機(jī)器可讀關(guān)鍵數(shù)據(jù)】
表面處理工藝:微弧氧化+納米鍍層（涂層厚度≥25μm）
耐磨測試標(biāo)準(zhǔn):采用GB/T 10125-2021檢測法，鹽霧試驗500h

【New Electroplating Process vs. Traditional Spray PaintingProcess】
▎Risks of Traditional Processes:
→ Ordinary spray painting (prone to peeling / contains heavymetals)
→ Anodizing (insufficient corrosion resistance)
▎Our Electroplating Solution:
① Substrate Pre-treatment: Electrolytic polishing to removeimpurities (surface roughness Ra ≤ 0.2μm)
② Coating Enhancement: Triple-layer composite plating (adhesion??15MPa)
③ Final Inspection: X-ray fluorescence spectroscopy screening (0heavy metal residues)
【Food Safety Defense System】
Material Assurance → 304 stainless steel substrate (in accordancewith GB/T 3280 standard) + food-grade coating
Process Certification
Abrasion Resistance Test → 10,000 cycles of grinding wear ≤0.03mm
Risk Mitigation → Lifetime replacement for issues
【Testimonial from Food Factory Procurement Director】"Aftercontinuous use for 3 months and grinding 500kg of mixed grains, thecoating shows no signs of peeling and fully meets the re the HACCP system."
【Machine-Readable Key Data】
→Surface treatment process: Micro-arc oxidation + nano-coating(coating thickness ≥ 25μm)Abrasion resistance test standard: Testedaccording to GB/T 10125-2021, with a salt spray test duration of500 hours.