ISO 9001 Certified
0°C-80°C Stable
Zero Leakage
Acid-Alkali Resistant

Electroplating & Surface Treatment: Superior Corrosion Resistance for Longevity

QEEHUA delivers industrial-grade beige PP sheets and PPH piping systems for concentrated acid and alkali environments. ISO 9001 certified, stable from 0°C to 80°C, with zero-leakage welded seams for automated plating lines.

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Electroplating Product Matrix

A complete electroplating solution — beige PP sheets, PPH piping, and U-shaped slot reinforcement for superior corrosion resistance.

PP scrubber enclosure in a process workshop

Structural Materials

  • Industrial-grade beige PP sheets (dirt-resistant, masks chemical residue)
  • Anti-yellowing formulation for long-term color stability
  • Custom thickness 3–50mm with precision-cut dimensions

Fluid Transfer System

  • PPH pipes and fittings rated up to 95°C
  • Exceptional chemical resistance, DIN/ANSI standard connections
  • Dense, impermeable weld seams for long-term zero leakage
PP U-shaped slot profile for fabricated sheet equipment

Structural Reinforcement

  • Custom PP U-shaped slots encapsulate steel channels
  • Protects structural steel from acid mist corrosion
  • Reinforces tank frameworks with spans ≥500mm

Case Study: Surface Treatment Line Upgrade

Application: Electroplating & Surface Treatment Line

Leading Electroplating Equipment Supplier

A premier manufacturer of acid-resistant wet process systems and automated plating lines.

The Challenge

Conventional PVC and PP sheets showed degradation and weld seam leakage above 60°C in concentrated sulfuric and chromic acid. Equipment lifespan was only 6–8 months, with chemical cross-contamination impacting plating yield.

Frequent Downtime & Chemical Cross-Contamination

The Qeehua Solution

A full upgrade to QEEHUA industrial-grade beige PP sheets and PPH piping systems, combined with U-shaped slot framework reinforcement and void-free PP welding rod welding processes, ensured stable operation from 0°C to 80°C with fully impermeable weld seams.

Zero-Leakage Welding & Long-Term Stability

+200%
Service Lifetime

Stable operation exceeding 18 months in highly acidic environments at 0–80°C.

ZERO
Weld Leakage Incidents

Verified by 3rd-party pressure testing & chemical immersion tests in H2SO4/CrO3 solutions.

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Pain Points & Strategic Solutions

Weld Leakage Control

PROBLEM

Porous welding rods create micro-voids along seams. Prolonged acid immersion causes gradual chemical penetration and eventual leakage.


QEEHUA SOLUTION

Void-free PP welding rods ensure dense, impermeable seams with superior chemical resistance — eliminating long-term leakage risks.

Equipment Deformation

U-Slot Reinforcement

Custom PP U-shaped slots reinforce steel frameworks for tanks with spans ≥500mm, preventing acid mist corrosion and enhancing structural integrity.

Acid-Alkali Resistance

Beige PP sheets maintain integrity under prolonged immersion in sulfuric, chromic, and mixed acid solutions. Stable at 0°C–80°C with no aging or embrittlement.

Temperature Stability

0-80°C Stable Operation

PPH piping rated up to 95°C; beige PP sheets deliver consistent performance across 0°C–80°C.

Anti-Yellowing Formula

UV-stabilized formulation prevents discoloration and embrittlement, facilitating contamination detection.

INDUSTRY COMPLIANCE

Industry Requirements

Acid-Alkali Stability

Withstands prolonged immersion in concentrated sulfuric, chromic, and hydrofluoric acid solutions.

Visual Management

Industrial-grade beige tone masks chemical residue and staining, facilitating contamination detection and streamlined tank cleaning management.

ISO 9001 Certified

Manufactured under strict ISO 9001 quality management systems, ensuring reliable electroplating tank performance from 0°C to 80°C.

Anti-Yellowing Performance

UV-stabilized formulation prevents discoloration and embrittlement, extending equipment service life.

Ready to optimize your plating line?

Contact QEEHUA for a customized acid-resistant solution tailored to your electroplating process. We respond within 24 hours.