Knowledge Base
Practical guidance on surface preparation, rust removal, coatings, and what to expect from professional sandblasting services in Michigan.
Removing old coal tar and Bitumastic coatings from pipe, tanks, and steel takes more than a standard blast. Here's how coal tar is removed, the exposure hazards crews need to control, waste handling, and the modern coatings that replace it.
Chemical degreasers and dry ice blasting both remove grease and carbon buildup from industrial equipment, but they carry very different costs in disposal, downtime, and long-term equipment condition. Here's a practical comparison for plant maintenance teams.
FDA and USDA-regulated storage vessels require surface prep methods that don't introduce abrasive contamination. UHP water blasting removes failed linings and prepares food grade tanks and silos for recoating without media residue.
UHP water blasting is the surface prep method of choice in food processing facilities. No abrasive media, no silica dust, no contamination risk — floors, walls, and structural steel prepped to coating spec without shutting down production.
40,000 PSI ultra-high pressure water blasting is the preferred surface prep method for bridge decks, structural steel, and infrastructure where abrasive containment over traffic or water is restricted.
Federal infrastructure funding and Michigan's aging bridge inventory are driving a surge in structural steel surface prep and recoating work. Here's what's behind the demand and what facilities and agencies should plan for.
UHP water blasting and abrasive sandblasting each have jobs they're built for. Here's a practical breakdown of when to use each — and when to combine them — for industrial surface preparation.
Food processing plants and wastewater treatment facilities produce some of the most aggressive corrosion environments in industry. Here's what makes them different — and what proper remediation looks like.
Skipping a corrosion maintenance cycle feels like cost savings. It rarely is. Here's how deferred maintenance compounds the real cost of corrosion on industrial steel.
Ultra-high pressure water blasting removes industrial coatings, epoxy linings, and paint from steel and concrete without abrasive media, dust, or the disposal costs that come with them.
Not all corrosion is the same. Each type attacks metal differently, progresses at different rates, and requires a different remediation approach. Here's what facility managers need to know.
40,000 PSI UHP water blasting prepares concrete floors, bridge decks, and parking structures for epoxy coatings, overlays, and repairs — removing failed coatings and laitance without grinding dust.
UHP water blasting is the preferred surface prep method for tank interiors, vessels, and confined spaces where abrasive recovery is impractical and dust cannot be tolerated.
Frozen channels give blast crews a working platform and eliminate wave action — making winter the most practical window for seawall sandblasting and painting on Lake St. Clair and the St. Clair River.
Dry ice blasting cleans transformers, switchgear, and substation equipment without water or abrasive media — a non-conductive method that can often be used on energized gear without a full shutdown.
A plain-language comparison of coal tar epoxy (Bitumastic 300M), fusion-bonded epoxy (FBE), and asphalt/bituminous coatings for buried and submerged steel pipe — strengths, weaknesses, potable water rules, and surface prep for each.
Robotic blasting systems are gaining ground in shipyards and fixed industrial settings. Here's an honest look at what automated blasting handles well, and why crewed field blasting still leads on Michigan industrial projects.
Coal slag and cheap abrasives cut corners on cost and create real problems — silica exposure, surface contamination, inconsistent profiles. Here's why Blasting Jack uses premium silica-free abrasives on every job.
Blasting Jack crews hold OSHA 10, OSHA 30, and confined space certifications. Here's what that training covers and why it matters on industrial sandblasting projects in Michigan.
Michigan painting contractors subcontract sandblasting to Blasting Jack for professional surface prep — BlastOne MistBlaster equipment, SSPC-compliant profiles, and a full equipment package on every job.
Bitumastic 300M coal tar epoxy calls for SSPC-SP 1 solvent cleaning, an SSPC-SP 10 near-white blast, and a 2–3 mil anchor profile. Here's what each requirement means on the job and why skipping them leads to early coating failure.
Dry ice blasting cleans grease, carbon, and hydraulic buildup from excavators, cranes, trailers, and rental fleet equipment in place — without disassembly, degreaser runoff, or extended downtime.
Laser cleaning is being marketed as the replacement for sandblasting. For some applications it is. For heavy industrial corrosion work and structural steel prep, it isn't. Here's the honest comparison.
OSHA's respirable crystalline silica standard has been in enforcement since 2018 for construction and 2021 for general industry. Facilities hiring sandblasting contractors have compliance obligations and liability exposure they need to understand.
Coating failure is often a profile problem, not a cleanliness problem. Here's how anchor profile is measured, what SSPC and coating manufacturers require, and why getting it right the first time matters.
Bitumastic coal tar coatings still earn their place on buried pipe exteriors, sewer and storm lines, manholes, piling, and submerged steel. Here's where Bitumastic 50 and 300M fit, where they don't, and how to prep new pipe for them.
A guide for restoration contractors on where dry ice blasting outperforms sanding and chemical cleaning for soot and smoke residue removal — and how to bring it in as a subcontracted service on a fire restoration job.
Tank and vessel recoating is high-stakes work with strict surface preparation requirements. Getting the SSPC cleanliness grade, anchor profile, and coating system selection right determines whether the lining holds for years or fails in months.
Recyclable abrasives and better media-recovery practices are cutting waste disposal costs and environmental impact on industrial blasting projects. Here's what facility managers should know about media choice and sustainability.
Most Bitumastic products are coal tar based and are not approved for the inside of drinking water pipe. Here's what NSF/ANSI 61 and AWWA C210 require for potable water pipe coatings, and where Bitumastic still belongs.
FDA-compliant, chemical-free cleaning for food and beverage plants. Dry ice blasting removes grease, carbon, and allergen residue from production equipment without water, chemicals, or extended downtime.
Older industrial buildings, bridges, and infrastructure throughout Michigan contain lead-based coatings. Before any blasting work begins, facilities and contractors need to understand the regulatory requirements, containment standards, and waste disposal obligations.
Vapor blasting suspends fine abrasive in a water stream to strip coatings and corrosion with a fraction of the airborne dust of dry blasting. Here's how it works and where it fits on industrial and historic restoration projects.
A complete guide to dry-ice (CO2) blasting — how it works, where it excels over sandblasting or chemical cleaning, and the industries that rely on it most for precision machine cleaning and surface restoration.
Premature coating failure on industrial steel is rarely a product defect. It's almost always a surface preparation problem. Here's what goes wrong and why it matters before the first coat goes on.
Before awarding a sandblasting contract in Michigan, ask these 7 questions. The answers reveal whether you're working with a professional industrial operation or one that cuts corners you'll pay for later.
Michigan's industrial assets face aggressive corrosion from road salt, humidity, and freeze-thaw cycles. Here's why professional abrasive blasting is the only method that prepares metal for a coating system that lasts.
Ultra-high-pressure (UHP) water blasting at 40,000 PSI removes coatings, rust, and contaminants without abrasive media or chemicals. Here's how it works, where it excels, and how it compares to sandblasting.
A transparent look at what drives sandblasting costs on industrial and commercial projects in Michigan — scope, surface condition, mobilization, compliance requirements, and what every quote should include.
A practical comparison of dustless and traditional sandblasting for industrial and commercial projects in Michigan — covering surface types, dust control, occupied facilities, and large-scale applications.
Blasting Jack isn't a one-truck operation. With crews of 10–20, four simultaneous blast setups, 900 CFM air capacity, and owned heavy equipment, we're one of Michigan's most capable mid-to-large industrial sandblasting contractors.
Serving Metro Detroit, Grand Rapids, Lansing, Flint, Kalamazoo, and all of Michigan.
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