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Heat-resistant components
Heat-Resistant Steel Parts for international equipment, matched by model, drawing or verified dimensions with order-specific material and inspection routes.
Category content reviewed by ZL Crusher Parts Engineering Team · · Company evidence boundaries
Heat-Resistant Steel Parts
This page is the technical and commercial entry point for “Heat-Resistant Steel Parts”. It covers four distinct buyer tasks without treating a model name as a fitment guarantee.
Start with the installed position and actual metal temperature. Atmosphere, thermal cycling, supports and interfaces are reviewed before material release.
Core product familyHeat-resistant guard plate or segment protecting a defined rotary-kiln position.
Candidate material routes
Identification starting point: Kiln position, approved drawing, actual metal temperature, atmosphere, support and thermal cycle.
Core product familyHeat-resistant cooler grate plate or wind-board casting supporting the clinker bed while distributing cooling air through a cement clinker cooler.
Candidate material routes
Identification starting point: Cooler make and model, grate position, approved drawing, fixed or moving arrangement, air-slot geometry, actual metal temperature and support interfaces.
Heat-resistant plate operating in a hot-gas or material-control valve.
Candidate material routes
Identification starting point: Valve type, position, drawing, metal temperature, gas chemistry, sealing and shaft interfaces.
Metallic anchor retaining refractory or lining in a preheater hot zone.
Candidate material routes
Identification starting point: Preheater position, refractory system, anchor drawing, temperature, atmosphere and welding base.
Core product familyHeat-resistant internal cylinder or dip tube exposed to hot gas, dust and cyclic loading.
Candidate material routes
Identification starting point: Preheater stage, approved drawing, segment position, temperature, gas chemistry and support arrangement.
Heat-resistant chain used in a defined rotary-kiln zone.
Candidate material routes
Identification starting point: Kiln zone, chain drawing, link size, attachment, temperature, atmosphere and duty.
Use these references to begin a search. They are not a fitment guarantee. Final compatibility is released against the OEM part number, serial range, approved drawing, identified sample or verified critical dimensions.
Manufacturer names and model designations are used only to identify compatible replacement-part references. ZL is not affiliated with the listed OEMs.
A public grade name is only a starting point. The quotation and purchase specification define the applicable chemistry, heat treatment, hardness, inspection and traceability scope.
| Part family | Candidate material routes | Selection inputs |
|---|---|---|
| Kiln Guard Plate | Heat-resistant cast steel / Heat-resistant stainless steel / Specified alloy | Metal temperature · Gas and dust atmosphere · Thermal cycling · Position and mechanical load |
| Clinker Cooler Grate Plate | HH 25Cr-12Ni / HK 25Cr-20Ni / HP 25Cr-35Ni / HP-Nb specified alloy | Metal temperature · Gas and dust atmosphere · Thermal cycling · Position and mechanical load |
| High-Temperature Valve Plate | Heat-resistant cast steel / Heat-resistant stainless steel / Specified alloy | Metal temperature · Gas and dust atmosphere · Thermal cycling · Position and mechanical load |
| Preheater Anchor | Heat-resistant stainless steel / Nickel alloy / Specified anchor alloy | Metal temperature · Gas and dust atmosphere · Thermal cycling · Position and mechanical load |
| Preheater Inner Cylinder / Dip Tube | Heat-resistant cast steel / Heat-resistant stainless steel / Specified alloy | Metal temperature · Gas and dust atmosphere · Thermal cycling · Position and mechanical load |
| Rotary Kiln Chain | Heat-resistant alloy steel / Heat-resistant stainless steel / Specified chain alloy | Metal temperature · Gas and dust atmosphere · Thermal cycling · Position and mechanical load |
The company record supports the operating capability below. The inspection plan for a supplied part is defined in the quotation and purchase specification.
Discontinued machines, modified assemblies and unidentified worn parts can be reviewed through a controlled evidence route.
Request a fitment reviewYes. Start with the machine model, an approved drawing, an identified sample or controlled dimensions. We identify missing Heat-Resistant Steel Parts interfaces before quotation.
Part geometry, installed position, operating duty, impact, abrasion, temperature and the current failure mode determine the candidate route. The accepted route is recorded in the order specification.
Chemical analysis, hardness, dimensional inspection, visual inspection and technically applicable NDT can be agreed. Methods, sampling and acceptance criteria are order specific.
Yes, when a controlled drawing, identified sample or verified dimensions sufficiently confirm critical interfaces and acceptance criteria before production.
Share the information already available. Unknown fields can be left for engineering review; drawings and photos can be attached in the same form.
