BK Industrial Coatings FAQ

BK Industrial Coatings is fully mobile and completes ceramic coating work at your location. Our regular routes cover the Midwest, and we can travel nationwide for larger agricultural, trucking, fleet, and industrial coating projects.

Pricing depends on equipment type, size, paint condition, oxidation level, surface area, travel distance, and coating scope. Typical ranges are $3,000 to $5,000 for tractors, $5,000 to $8,000 for combines, $12,000 to $15,000 for sprayers, $4,000 to $5,000 for grain trailers, about $2,200 for service trucks, and about $4,200 for sleeper semis.

Yes. BK Industrial Coatings provides a multi year guarantee on ceramic coating projects when the equipment is maintained with normal washing. Our guarantee is based on real agricultural and industrial use, not show car conditions. Abuse, impact damage, neglect, or harsh chemicals left to bake on the surface for extended periods can still affect the coating and paint.

No deposit is required. We operate on trust and a clear scope agreed by phone or message before work begins.

Travel within our regular Midwest routes is included at no extra cost. For projects outside those routes, we discuss and agree on travel expenses before the job is scheduled.

We work year round. In winter months we need a heated shop. In warmer months, cold storage, barns, sheds, and standard farm or fleet shops are usually acceptable.

A quick wash to remove loose dirt, mud, and debris is helpful. We handle the detailed preparation, polishing, paint correction, oxidation removal, and coating application.

We bring the equipment needed for the job. At minimum, the machine needs to be indoors, with access to electricity. In cold weather, the work area must be heated enough for proper prep, application, and curing.

Most ceramic coating projects take one to three days depending on equipment size, paint condition, oxidation level, surface complexity, and the number of machines being coated.

On farm equipment, trucks, trailers, and industrial machinery, ceramic coating commonly lasts three to five years with proper washing and maintenance. Longevity depends on paint condition, prep quality, chemical exposure, abrasion, storage, and how the equipment is used. Many owners see significantly longer paint life compared to uncoated machines.

Equipment can usually return to service after 24 hours. Full curing typically takes 5 to 7 days. During that cure window, the coating should be kept as clean and dry as practical.

No. Ceramic coating replaces the need for waxing and provides longer lasting protection, easier cleaning, stronger UV resistance, and better chemical resistance than wax.

Ceramic coating helps protect agricultural and industrial equipment from UV damage, oxidation, staining, fertilizer exposure, manure contact, agrichemicals, corrosion, and weathering. It also makes equipment easier to wash and can help preserve resale appearance and long term paint condition.

No. Most automotive ceramic coatings are designed for gloss, water behavior, and gentle washing. BK Industrial Coatings uses coating systems selected for agricultural, trucking, and industrial environments where equipment sees gravel, tall corn, fertilizer, manure, oxidation, washdowns, and heavy field use.

Not really. Most DIY ceramic coatings are marketed for cars, not large agricultural equipment. Tractors, sprayers, combines, and trailers often have single stage paint, heavy oxidation, large surface areas, complex shapes, and hard to reach areas. Oxidation must be removed correctly before coating, or the coating can lock in defects and fail early. Professional prep and application are critical for durable results.

Yes. The right ceramic coating system can help resist fertilizer, agrichemicals, manure exposure, UV damage, oxidation, and dusty buildup. It also makes equipment easier to wash. No coating makes a surface immune to chemical damage, especially if harsh material is left to bake in the sun, but ceramic coating gives the paint a much stronger protective barrier.

Most agricultural and fleet equipment can be ceramic coated, including tractors, combines, sprayers, grain trailers, service trucks, sleeper semis, fleet trucks, and other industrial machinery. Many painted, metal, glass, and plastic surfaces can be protected when properly prepared.

Yes. Ceramic coating helps slow corrosion and oxidation by creating a protective barrier over properly prepared surfaces. It reduces exposure to oxygen, moisture, UV, road film, fertilizer, manure, and other contaminants that accelerate surface deterioration.

No booster is required for most projects. When equipment is washed using the methods we show on site, the coating can keep performing for years without routine reapplication. Sprayers and high chemical exposure equipment may benefit from inspection because of the harsher environment they work in.

Ceramic coating can help improve resale presentation and preserve value by keeping paint cleaner, glossier, and better protected. A coated machine often presents better because the paint is less oxidized, easier to clean, and less weathered than an uncoated machine.

No coating can completely prevent manure acid etching. Ceramic coating still adds protection and keeps surfaces easier to clean, but staining or etching can occur if manure sits on the surface for weeks, especially in direct sun and heat.

No coating makes paint scratch proof or rock chip proof. Most automotive ceramic coatings mainly protect against UV, chemicals, staining, and easier washing, but they do not hold up well to real abrasion. BK Industrial Coatings uses coating systems built for harsher agricultural and industrial environments, including flying gravel, tall corn, washdowns, fertilizer, manure, and field abuse. They are not impervious, but they can take a major beating before being significantly worn down. If a rock hits hard enough to dent the panel, no coating should be expected to fully stop that impact.

We use professional grade coating systems built for agriculture, trucking, and industrial equipment, including C6 Agro, Cerakote MC 2200, Cerakote MC 5500, Endura EX 2C, and IGL Aegis. We continually test niche flagship coatings so each surface gets matched with the right protection system.

Some coatings are rated 9H on the pencil hardness scale, but 9H is only one small part of the story. Real equipment durability comes from chemical resistance, UV stability, abrasion resistance, flexibility, coating selection, and proper surface preparation. Hardness alone does not tell you how a coating will survive farm, fleet, or industrial use.

Yes, if you want to protect paint, reduce wash time, slow oxidation, improve appearance, and help preserve resale value. We also use coating systems designed for bare metal, aluminum, glass, plastics, painted panels, and industrial surfaces. Equipment that will never be cleaned or maintained may not be a good fit.

We polish and coat painted, metal, glass, and selected plastic surfaces, including hoods, fenders, cabs, frames, wheels, tanks, engine blocks, weights, suspension components, mirrors, lights, steps, handrails, and 3 point assemblies. We do not coat tires, rubber tracks, friction surfaces, or anything that should not receive a coating.