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Q-FOG SSP & CCT Cyclic Corrosion Testers | Salt Spray Testers Malaysia

Q-FOG SSP & CCT Cyclic Corrosion Testers | Salt Spray Testers Malaysia


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Q-FOG SSP & CCT Cyclic Corrosion Testers | Salt Spray Testers Malaysia

If you are searching for Salt Spray Testers in Malaysia, you likely need dependable corrosion data to qualify coatings, plated parts, fasteners, or assembled components. H. J. Unkel (M) Sdn. Bhd. supplies industrial Q-FOG salt spray and cyclic corrosion test chambers for Malaysian manufacturers and laboratories—supported by local technical guidance on standards, methods, and test setup.

Malaysia Supplier Salt Spray (NSS) Cyclic Corrosion ASTM / ISO Methods Application Support

What is a salt spray tester?

A salt spray tester (salt fog corrosion chamber) is a controlled test chamber that exposes specimens to a fine mist of salt solution at defined temperature and spray conditions. It accelerates corrosion to compare materials and coatings under repeatable lab conditions.

Most requested standards in Malaysia: ASTM B117 (NSS) ISO 9227 (NSS/AASS/CASS) ASTM G85 (Prohesion & others) Automotive cyclic methods
Definition: NSS = Neutral Salt Spray. CASS = Copper-Accelerated Acetic Acid Salt Spray (more aggressive).

Why Malaysian manufacturers use salt spray & cyclic corrosion testing

Malaysia’s heat and humidity can accelerate real-world corrosion—especially for components used near coastal or outdoor environments. Salt spray and cyclic corrosion testing help engineering and QA teams validate protective systems before shipment or approval.

Automotive & components

Validate coatings and fasteners using cyclic methods that better reflect wet/dry exposure and underbody conditions.

Metal finishing & coatings

Compare plating, paint systems, and pretreatments for relative performance and supplier qualification.

Electronics & electrical

Screen housings, connectors, and assemblies where corrosion can cause failures, leakage currents, or cosmetic defects.

Salt spray vs cyclic corrosion: which should you specify?

Conventional salt spray (continuous fog) is widely used for comparative testing, while cyclic corrosion adds wet/dry and humidity phases to improve correlation to outdoor exposure—often preferred for automotive and advanced coating systems.

Requirement Conventional Salt Spray (NSS) Cyclic Corrosion
Quick comparative QC screening Good fit Good, but may be more than needed
Better outdoor correlation Limited (no dry-off cycle) Stronger (wet/dry + humidity options)
Automotive/OEM cyclic methods Typically not sufficient Designed for it
Test workflow (single chamber automation) Continuous fog only Multi-step programmable

Practical tip: If your failures happen after storage, transport, or intermittent exposure, cyclic methods often reveal issues that continuous fog can miss.

Q-FOG salt spray & cyclic corrosion test chambers available in Malaysia

We supply Q-FOG chambers commonly specified for ASTM B117, ISO 9227, and cyclic corrosion protocols. The selection below helps Malaysian QA/R&D teams match chamber capability to the standard and corrosion mechanism of interest.

Cyclic Corrosion Testing (Why it’s used)

Conventional salt spray (continuous fog at ~35°C) is widely used, but it may not mimic natural wet/dry cycles. Cyclic corrosion testing alternates between corrosion environments to better simulate outdoor exposure.

In a Q-FOG cyclic corrosion tester, specimens are exposed to programmed cycles such as salt fog + dry-off, and (for more advanced methods) humidity/condensation phases. Complex cycles can be automated using the chamber controller to reduce operator variability.

Model SSP (Salt Spray + Prohesion)

  • Supports ASTM B117 and ISO 9227 (NSS)
  • Supports Prohesion (ASTM G85 Annex 5)
  • Suitable for comparative testing of plated/painted finishes and maintenance coatings

Model CCT (Salt Spray + Prohesion + 100% RH)

  • Adds 100% humidity for cyclic automotive-style methods
  • Enables multi-step cycles in a single chamber
  • Can run more aggressive methods such as CASS (e.g., ASTM B368 / ISO 9227 CASS) where required

Models (Chamber volume options)

  • SSP-600: conventional salt spray + Prohesion, ~640 L
  • SSP-1100: conventional salt spray + Prohesion, ~1103 L
  • CCT-600: salt spray + Prohesion + 100% humidity, ~640 L
  • CCT-1100: salt spray + Prohesion + 100% humidity, ~1103 L
Best-fit use case:
Choose SSP when you mainly need ASTM B117 / ISO 9227 NSS and Prohesion. Choose CCT when you need cyclic automotive methods, humidity phases, or CASS capability.

Q-FOG Technical Specification

Use the datasheet to confirm chamber dimensions, utilities, controller functions, and supported test modes for your internal approval process.

Download: Q-Fog Technical specification (Gen 4)

How to select the right salt spray tester in Malaysia

To avoid mismatched specs (and re-validation later), selection should start from the standard and the real failure mode you are trying to predict.

Quick selection checklist

  1. Standard: ASTM B117 / ISO 9227 / ASTM G85 / OEM cyclic
  2. Test severity: NSS vs AASS/CASS vs cyclic
  3. Specimen size: panel size, racks, throughput per cycle
  4. Workflow: single-chamber automation vs manual movement
  5. Utilities: water quality, drain, ventilation, power

Common “wrong-fit” scenarios

  • Choosing NSS when the spec actually requires cyclic wet/dry + humidity phases
  • Underestimating specimen throughput and needing a larger chamber volume later
  • Not planning for documentation needs (QC trending, audits, OEM reporting)

Need a recommendation for your Malaysian site?

Share your target standard (ASTM/ISO/OEM), specimen size, and daily throughput. We’ll recommend the suitable SSP/CCT model and setup approach.

Coverage: Malaysia (Central, Penang, Johor)

Why work with H. J. Unkel (M) Sdn. Bhd.?

In corrosion testing, results are only useful when the method is applied correctly and consistently. We support Malaysian teams by aligning chamber capability, standard requirements, and day-to-day operation so your data is repeatable and defensible.

Experience that reduces risk

  • Support for selecting NSS vs cyclic methods based on your coating system and acceptance criteria
  • Guidance on specimen placement, handling, and test documentation practices
  • Practical advice for reducing variability and improving correlation to field performance

What Malaysian buyers usually care about

  • Meeting the required standard without overpaying for unused capability
  • Repeatable testing workflow (less operator dependency)
  • Clear documentation for internal QA and customer audits

FAQ: Salt Spray Testers Malaysia

Quick answers for procurement, QC, and engineering teams.

ASTM B117 is a widely used neutral salt spray method. ISO 9227 covers neutral salt spray (NSS) and also more aggressive variants such as AASS and CASS. The correct choice depends on your customer specification.

Use conventional salt spray for fast comparative QC screening when the spec calls for NSS. Use cyclic corrosion when you need wet/dry and humidity phases for better outdoor correlation—commonly required for automotive-style testing.

Choose based on your specimen size and daily throughput. If you regularly run multiple racks or large panels, selecting a larger chamber can reduce scheduling bottlenecks and re-testing delays.

Yes. H. J. Unkel (M) Sdn. Bhd. supports customers in Central Malaysia, Penang, and Johor for selection guidance and ongoing application support.

Conclusion

In summary… if you need Salt Spray Testers in Malaysia, the best results come from matching the correct method (NSS vs cyclic) to your standard and failure mechanism. H. J. Unkel (M) Sdn. Bhd. supplies Q-FOG salt spray and cyclic corrosion chambers and supports Malaysian teams with practical selection guidance, standards alignment, and repeatable testing workflows.


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