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KEMP · CERAMIC GALVANIZING

InnozincStandard

Bolts and nuts with Innozinc Ceramic Galvanizing

Enhanced corrosion resistance and formability
through thin-film composite plating

A composite structure of zinc and an inorganic ceramic film.
Surface treatment combining corrosion resistance, adhesion and formability.

Thin-film surface treatment combining precision fastening with corrosion resistance

INNOZINC · STANDARD

Combining corrosion resistance and formability
with ceramic zinc composite plating

Innozinc is KEMP's standard Ceramic Galvanizing grade.
Zinc and an inorganic ceramic film form a composite structure that enhances corrosion resistance
while supporting post-plating welding, fabrication and topcoating.

INNOZINC CORROSION RESISTANCE

Salt Spray Test · SST

720–1,000 hr

Standard-grade Ceramic Galvanizing
Specifications tailored to component materials and geometry

Explore Innozinc-h

APPLICATION ENGINEERING

Engineered for post-plating fabrication quality:
Standard-grade Ceramic Galvanizing

Thin-film adhesion and formability support
threaded assembly, bending and roll grooving.

01 / FASTENERS

Thread precision and corrosion resistance

Plating specifications are developed for the geometry and dimensional tolerances of bolts, nuts and other threaded fasteners.

Bolts & Fasteners
02 / FABRICATED COMPONENTS

Post-plating forming and joining

We configure coating and post-treatment parameters for the bending, roll-grooving and welding operations used on pipe fittings and brackets.

Piping & Fittings

TEST EVIDENCE

Salt spray testing:
corrosion behavior over time

Specimen photographs document the progression of surface changes
during salt spray exposure.

Salt spray time-series photographs: Ceramic Galvanizing above and zinc electroplating below, before testing and after 120, 360 and 480 hours
Salt spray test (SST) time series — top: Ceramic Galvanizing; bottom: zinc electroplating. Surfaces before testing → 120 hr → 360 hr → 480 hr. Test methods: ASTM B117 / KS D 9502.

KEMP specimen photographs record the surfaces before testing and at 120, 360 and 480 hr. The standard Innozinc product specification is SST 720–1,000 hr; the photographs retain the actual observation times for these specimens.

Request Test Documentation

INNOZINC ANSWERS

Frequently Asked Questions

Product selection:
specifications, fabrication and samples

How do Innozinc and Innozinc-h differ?

Standard Innozinc has a representative SST specification of 720–1,000 hr; high-corrosion-resistance Innozinc-h has a representative specification of 1,500–2,000 hr. Grade selection reflects the service environment and manufacturing and assembly requirements.

Can parts be welded or fabricated after plating?

Innozinc supports post-plating welding, bending and roll grooving. Sample evaluation reflects the welding method, forming radius and dimensional tolerances, and establishes post-treatment conditions for the fabricated areas.

What is the coating thickness?

The stated average thickness for standard Innozinc is approximately 8 µm. Actual thickness can vary with substrate geometry, pretreatment and process conditions.

Does SST 720–1,000 hr indicate service life?

SST measures corrosion resistance under controlled salt spray conditions. Product specifications include the specimen substrate, pretreatment, thickness and white- and red-rust acceptance criteria. SST is a laboratory performance indicator, distinct from years of service.

How do I request samples?

Provide the substrate, dimensions, quantity, drawings or photos, and service environment. Our team will confirm the plating specification, sample quantity, cost and schedule.

NEXT STEP

From technical data to sample evaluation.
Support for production adoption.

Explore the catalogs for technical detail,
or start a discussion based on your actual parts.