KB Scientific Instruments represents a carefully selected range of high-precision testing instruments — chosen for accuracy, compliance, and real-world laboratory performance. Every recommendation comes from experience, not just a catalog.
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From distillation and vapor pressure to gas analysis and corrosion testing — explore the instruments KB Scientific represents across petroleum, fuel, and laboratory testing applications.
Every instrument in the KB Scientific lineup is evaluated against a simple standard: does it perform accurately, hold up under daily lab conditions, and support the compliance requirements your team depends on?
We represent manufacturers whose instruments are built for petroleum, fuel, gas, and industrial laboratory environments — and we only bring products to market that we would confidently recommend to any lab manager making a long-term investment
The instruments KB Scientific represents are not chosen from a general catalog. Each one is evaluated for method compliance, ease of use, and durability in active laboratory environments.
Instruments built to perform consistently within method tolerances, run after run.
Products selected to align with the standard test methods your lab depends on for regulatory confidence.
Shorter run times, simplified workflows, and minimal manual intervention — designed for active lab environments.
Automation and integrated algorithms that standardize results regardless of who is running the test.
Results your QC team and auditors can stand behind — clear, traceable, and audit-ready.
Every recommendation is backed by Kevin Batt's hands-on laboratory management experience — not a generic product sheet.
The instruments KB Scientific represents are not chosen from a general catalog. Each one is evaluated for method compliance, ease of use, and durability in active laboratory environments.
Physical properties testing, stability analysis, corrosion evaluation, and distillation characterization in refinery lab environments.
Vapor pressure, distillation, and corrosion testing to support product quality verification at pipeline and terminal operations.
In-process and finished product testing for rust prevention, dispersancy, and stability across lubricant and coolant formulations.
Third-party testing instruments built for method accuracy and throughput — supporting commercial lab reliability and turnaround standards.
Automated gas analysis for refinery process control, LPG characterization, and petrochemical product quality assurance.
Instruments meeting the documentation, repeatability, and compliance standards required in regulated testing environments.
Research-grade petroleum and fuel testing instruments for academic study, applied energy research, and analytical science programs.
Sample types, test methods, throughput, and existing setup
Not a catalog link — a specific instrument matched to your requirements
Clear pricing, lead times, and support expectations — up front
Authorized rep support — not a 1-800 number
Selecting a testing instrument is not simply a matter of matching a product name to a method number. The right choice depends on your sample types, throughput requirements, workflow constraints, existing lab infrastructure, and long-term compliance obligations.
KB Scientific Instruments was built around that complexity. Kevin Batt — a former laboratory manager with direct experience operating the type of instruments he now recommends — works with each customer to evaluate their specific testing environment before making a recommendation.
There is no generic sales pitch. There is a straightforward conversation about what your lab actually needs and which instrument will deliver it.
Whether you know exactly what you need or you are still evaluating your options, Kevin Batt is available to walk through your testing requirements and help you identify the instrument that fits your application, method, and budget. Serving petroleum, fuel, gas, and laboratory testing professionals across the Midwest.
Kevin also brings years of technical sales experience in scientific instrumentation — which means he understands how manufacturers engineer their products, what their support structures look like, and which instruments are built to hold up in demanding industrial lab environments.
