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.s
Different industries require different instruments — and different understanding of what accurate, repeatable, compliant testing actually means in practice. A refinery QC lab and a university R&D department may both run ASTM distillation methods. But their throughput requirements, documentation obligations, operator experience levels, and compliance environments are not the same.
KB Scientific Instruments works with technical buyers, lab managers, and quality control professionals across petroleum, fuel, gas, lubricant, and energy industries to identify instrumentation that fits their specific testing environment — not just their method number.
Every recommendation is grounded in direct laboratory management experience and a thorough understanding of the industries we serve.
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.
Petroleum testing laboratories are responsible for verifying the physical properties of crude oil, refined petroleum products, and intermediate streams against established specifications and regulatory standards. The quality of those results depends directly on the accuracy and consistency of the instruments running the tests.
KB Scientific represents petroleum laboratory equipment designed for the physical properties testing methods that petroleum labs depend on daily — atmospheric distillation per ASTM D86, REID vapor pressure per ASTM D323, asphaltene stability per ASTM D7157, and corrosion testing per ASTM D665, among others.
For petroleum testing labs, the priority is instrumentation that performs within method tolerances run after run, reduces operator variability through automation, and produces documented results that hold up under quality audit review.
Atmospheric distillation analysis — ASTM D86, petroleum products and biofuels
REID vapor pressure testing — ASTM D323, gasoline and petroleum products
Corrosion testing — ASTM D665, rust-preventing characteristics of petroleum
Asphaltene stability and S-value — ASTM D7157, crude oil and heavy fractions
Fuel stability and compatibility — middle distillates and alternative fuels
TO10 — Jet Fuel Thermal Oxidation Rig
AutoREID — Vapor Pressure
CB10 — Automated Corrosion Bath
CT10 — Corrosion Reader
SV10 — Asphaltene Stability
Fuel testing laboratories evaluate fuel products for performance characteristics, specification compliance, and handling safety — across gasoline, diesel, aviation fuels, biodiesel blends, and alternative fuels. The accuracy of fuel quality testing data has direct implications for product release decisions, blending operations, and regulatory certification.
KB Scientific represents fuel testing instruments that automate the critical measurement steps most vulnerable to operator variability — distillation rate control, vapor pressure cycling, and thermal oxidation monitoring. Automated instruments produce repeatable results that fuel quality programs and their documentation requirements depend on.
Whether your lab operates at a refinery, a pipeline terminal, or as a third-party testing facility, the instrumentation we recommend is built for the throughput, accuracy, and compliance documentation your fuel testing program requires.
REID vapor pressure testing — ASTM D323, gasoline and fuels
Atmospheric distillation of fuels — ASTM D86, all fuel grades
Jet fuel thermal oxidation testing — ASTM D3241, aviation fuel QC
Fuel stability and storage evaluation — ASTM D4625, middle
Biodiesel and alternative fuel compatibility — blend qualification testing
Refinery laboratories operate under conditions that demand accurate, repeatable testing results as part of daily process control and product release workflows. A delayed or inaccurate result has operational consequences — not just documentation ones.
Refinery QC and analytical labs need instruments that perform consistently under daily use, integrate into existing workflows without adding complexity, and support the range of physical properties tests required across crude oil, intermediate streams, and finished products.
For refinery operations managing feedstock variability, blending decisions, and product certification, instruments like the SV10 asphaltene stability tester and the VD10 video distillation analyzer provide the accurate, automated data that refinery process and QC teams need to operate confidently.
Distillation characterization — crude oil and refined product streams
Vapor pressure testing — across multiple product grades and blends
Asphaltene stability — feedstock blending compatibility and flocculation risk
Corrosion resistance evaluation — petroleum products and lubricants
Refinery gas and LPG analysis — compositional characterization
Gas processing facilities, LPG distributors, and energy companies with in-house laboratory programs require instrumentation that accurately characterizes gas streams under pressure — with the speed and reliability that process control and product certification programs demand.
KB Scientific represents automated gas analysis systems configured for refinery gas, LPG, ethylene, and propylene characterization — delivering high-resolution compositional data in 5-minute run cycles on proven GC platforms. These systems are built for the throughput requirements of active gas analysis programs, not low-volume research environments.
Energy companies with broader physical properties testing programs can draw on the full KB Scientific instrument portfolio — including distillation, vapor pressure, corrosion, and stability testing — to support the quality, safety, and compliance obligations of their laboratory operations.
Refinery gas compositional analysis — LPG, ethylene, propylene under pressure
LPG quality verification — product release and certification programs
Physical properties testing — energy product quality and safety programs
In-house laboratory QC — energy production and process control applications
Lubricant and coolant manufacturers require testing instruments that support the full product lifecycle — from formulation development and batch consistency verification through finished product QC and performance validation. The accuracy of those measurements directly affects formulation decisions, product release, and customer documentation.
KB Scientific represents lubricant testing instruments for rust-prevention characteristics testing per ASTM D665, in-service oil dispersancy evaluation, and corrosion assessment — instruments selected for accuracy within method tolerances and ease of use in active manufacturing lab environments.
For lubricant QC programs where batch-to-batch consistency and performance documentation are non-negotiable, automated instruments reduce the operator variability that manual testing methods introduce and produce the traceable, repeatable results that customer audits and internal quality programs require.
Corrosion and rust prevention testing— ASTM D665, lubricant formulations
In-service lubricant dispersancy — blotter spot method, oil condition monitoring
Automated corrosion optical reading — standardized, documented test output
Oxidation stability and compatibility — formulation and product testing
R&D teams in petroleum, fuel, and lubricant chemistry require instrumentation that delivers accurate physical properties data across experimental formulations — data precise enough to distinguish meaningful performance differences, not just broad trends.
KB Scientific represents research-grade physical properties testing instruments that support distillation characterization, vapor pressure measurement, stability testing, and gas analysis across a range of experimental and applied research applications. These instruments are selected for the measurement precision that R&D programs require and the ease of use that allows researchers to focus on their data, not their equipment.
For university research departments, industrial R&D labs, and applied energy research programs, KB Scientific can identify instruments that fit your specific testing methods, sample types, and research objectives — without the overhead of a large distributor relationship.
Physical properties characterization — experimental petroleum formulations
Distillation behavior of new fuel blends — biofuels and alternative fuels
Stability and compatibility testing — novel lubricant formulation research
Asphaltene behavior analysis — heavy oil and crude research programs
Gas composition analysis — energy chemistry research applications
Quality control and compliance teams share a common requirement regardless of industry: test results that are accurate, repeatable, documented, and traceable. When any of those elements is missing, the entire QC program is at risk — and so is the compliance record that auditors and regulators rely on.
KB Scientific represents ASTM testing equipment selected specifically for QC and compliance environments — instruments that automate the steps most likely to introduce variability, produce documented outputs formatted for compliance records, and perform consistently against established method tolerances.
As an authorized manufacturer representative, KB Scientific also provides direct access to manufacturer documentation — the technical specifications, calibration records, and support that compliance audits require. Our customers do not route documentation requests through a third-party reseller chain to get answers.
ASTM-compliant physical properties testing — across petroleum and fuel categories
Automated testing — reduces operator variability between shifts and operators
Documented, traceable test output — formatted for QC records and audit review
Method-specific instrument verification — confirmed before any recommendation
confirmed before any recommendation — authorized rep, not a reseller chain
Government, military, and state laboratory environments operate under the most demanding compliance requirements in the industry. Method alignment, documentation integrity, and instrument traceability are not optional — they are the baseline.
KB Scientific represents instruments that meet the documentation, repeatability, and compliance standards required in regulated testing environments. As an authorized representative, we provide direct manufacturer documentation access — supporting the traceability requirements that government and military procurement and audit processes demand.
For US EPA, US Military, and state laboratory programs running petroleum, fuel, or lubricant testing, KB Scientific works with procurement and laboratory teams to identify instruments that meet their specific regulatory requirements from evaluation through certification.
Regulated compliance testing — EPA, military, and state agency requirements
ASTM method-aligned instrumentation — verified before recommendation
Authorized manufacturer documentation — direct access, not reseller intermediaries
Procurement support — technical specifications and documentation for evaluation
Choosing the wrong instrument for a testing application has consequences that go beyond a single bad result. It affects the reliability of the entire testing program — and the decisions made from that program.
ASTM methods specify acceptable tolerance ranges. We verify method alignment before recommending — not after a customer flags a compliance issue.
Automated instruments eliminate manual technique variability — the same result regardless of who runs the test or when it was run.
Documented, traceable results from instruments that can demonstrate method compliance — built for the method, not adapted to it.
Shorter run times and automated measurement steps reduce lab burden without compromising the accuracy your testing program depends on.
Product release, blending, and process control decisions are only as reliable as the data behind them. That data starts with the right instrument.
Testing methods, sample types, throughput, compliance obligations
Instrument matched to your specific application and method — not a general catalog response
Clear pricing, lead times, and support expectations — up front
Authorized rep support — not a general customer service queue
Identifying the right instrument for a specific industry application is not a catalog exercise. It requires understanding your testing methods, your sample types, your lab’s throughput and workflow, your existing infrastructure, and the compliance documentation your program is held to.
Kevin Batt — a former laboratory manager with direct experience operating the type of instruments he now represents — works through those factors with every customer before making a recommendation. The goal is not to move a product. It is to identify the instrument that will perform as required in your specific environment.
If your testing application or industry is outside the scope of what KB Scientific currently represents, Kevin will tell you that directly — and, where possible, point you toward a better option.
KB Scientific Instruments is headquartered in Fishers, Indiana, and serves petroleum, fuel, gas, lubricant, and energy laboratory customers across the Midwest United States — a region with significant concentrations of petroleum refineries, fuel pipeline and terminal operations, lubricant manufacturers, independent testing labs, and energy industry facilities.
Our focus on the Midwest is not a limitation. It is a commitment to knowing our market well — understanding the industries, the compliance environments, and the testing programs our customers operate in — and being genuinely accessible when they need us.
Customers across our territory have direct access to Kevin by phone, email, or scheduled call, with response times that reflect the priority we place on being a real representative, not just a point-of-sale contact.
Kevin Batt managed a lubricants laboratory and has worked in technical sales across petroleum instrumentation categories. Recommendations are grounded in direct operational and industry experience.
Every instrument we carry is evaluated for accuracy within method tolerances, repeatability across operators, and durability in active industrial lab environments — not general lab use.
We verify method alignment before recommending any instrument. Our customers know exactly which ASTM methods the instrument supports and how it performs within those tolerances.
Direct support channels, accurate technical documentation, and manufacturer-backed accountability — not a chain of intermediaries between you and the people who built the instrument.
We evaluate your testing environment, method requirements, and compliance obligations before recommending anything. The instrument fits your lab — not the other way around.
Customers contact Kevin directly — not a tiered support structure. Questions about instrument selection, method compliance, or technical application are answered promptly and accurately.
Answers to the questions we hear most often from laboratory managers, QC teams, and procurement professionals across the petroleum and fuel testing industries.
Tell Kevin about your testing application, method requirements, or what you are trying to solve in your lab. He will respond with a direct, technically grounded answer — usually within one business day.
