GFS Chemicals
Corporate brand
UnclaimedA privately owned American specialty-chemicals manufacturer serving research, analytical, industrial, pharmaceutical, electronics, and energy-related markets.
Last updated August 25, 2026
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Overview
GFS Chemicals is a privately owned specialty-chemicals company headquartered in Powell, Ohio, with manufacturing operations in Columbus. The business traces its origins to 1924, when chemist G. Frederick Smith began making chemical products in a garage in Urbana, Illinois. The company moved to Columbus in 1928 and developed an early commercial identity around magnesium perchlorate, marketed as Dehydrite, before becoming particularly associated with perchloric acid, perchlorate salts, analytical reagents, and high-purity inorganic materials. The company’s historical development was closely tied to the needs of analytical chemists. During its early decades, GFS expanded into indicators and reagents such as 1,10-phenanthroline derivatives, cerium compounds, periodic-acid chemistry, iodic-acid products, and rare-earth materials including ceric ammonium nitrate. Its specialty focus allowed it to serve laboratory and industrial users that required controlled purity, reliable specifications, and products that were not necessarily available from high-volume commodity manufacturers. From the 1960s onward, GFS broadened its high-purity inorganic-acid capabilities and developed redistilled acids. In the 1970s, it worked with Motorola on ceric-ammonium-nitrate-based chrome etchants for early semiconductor applications. The company also became the sole United States producer of perchloric acid after another domestic producer exited that market, according to the company history summarized in the Wikipedia article. Alongside its chemical operations, the Smith family was involved in the development of the whipped-cream business that became Instantwhip; that business later separated from GFS through an ownership restructuring. The company adopted the GFS Chemicals name in the 1990s and used acquisitions to expand its specialty-organics and analytical-product portfolio. These additions included the Karl Fischer reagent business now associated with the Watermark brand, as well as selected product lines from Farchan Laboratories and Shawnee Chemical Company. In the 2000s, GFS added organic-production capacity, laboratories, distillation capability, and analytical-equipment operations acquired from APS Analytical Standards. It also entered a manufacturing partnership with Ensign-Bickford Aerospace and Defense for ammonia borane. GFS currently organizes its activities around Organic Specialty Materials, Inorganic Specialty Materials, and an Analytical Reagents and Research Chemicals Catalog Division. Its portfolio includes high-purity inorganic salts, acids, bases, specialty organic intermediates, lithium and perchlorate chemistry, standards, buffers, and research reagents. The company serves sectors including alternative energy, energy storage, pharmaceuticals, biotechnology, electronics, etching, environmental analysis, and laboratory research. Its catalog and manufacturing operations support customers in more than seventy countries. Public reference material describes the company as having approximately 100 employees, although its privately held status means that detailed financial and ownership information is not generally disclosed.
History
GFS Chemicals began in 1924 when G. Frederick Smith experimented with magnesium perchlorate as a drying agent and started producing chemicals in his Urbana, Illinois, garage. Smith worked with his brothers Allyne and Clarence as the business developed. In 1928, the company moved to Columbus, Ohio, where it supplied magnesium perchlorate under the Dehydrite trade name for A. H. Thomas, later known as Thomas Scientific. The company’s early specialization centered on perchlorates, perchloric acid, and analytical chemistry. During the 1930s and 1940s, it commercialized 1,10-phenanthroline and related indicators, investigated cerium compounds for oxidation-reduction titrations, and added periodic-acid, iodic-acid, rare-earth, and heteroaromatic products. Ceric ammonium nitrate became one of its notable materials. Smith was also involved with Charles Getz in the development of nitrous-oxide-propelled whipped cream. Their related business became Aerated Products Company and later Instantwhip, which eventually separated from the chemical company. In the 1960s, GFS responded to demand for high-purity redistilled inorganic acids. Allyne Smith later transferred operational control to his son-in-law Darrell Hutchinson, who served as president and chief executive. The 1970s brought an important electronics application: GFS worked with Motorola on ceric-ammonium-nitrate chrome etchants for early computer-chip production. After Hooker, then associated with Occidental Petroleum, left the perchloric-acid field, GFS became the only United States producer identified in the company history as continuing that production. G. Frederick Smith died in 1976. The 1980s included the separation of GFS and Instantwhip following a stock-swap arrangement among owners of the two businesses. During the 1990s, G. Frederick Smith Chemical Company adopted the shorter GFS Chemicals name. It acquired Ericsen Instruments’ Karl Fischer reagent activities, later marketed under the Watermark brand, and obtained selected organic specialty lines from Farchan Laboratories and Shawnee Chemical Company. The company also constructed a dedicated perchloric-acid plant and obtained ISO 9001 certification during this broader modernization period. During the 2000s, GFS built additional organic manufacturing capacity and expanded into liquid-ammonia chemistry, silanes, acetylenes, and other organic materials. It acquired APS Analytical Standards, adding turbidimeters, colorimeters, and spectrometers before moving that activity to Columbus. Expanded distillation equipment and new inorganic and organic laboratories supported production, research, and quality assurance. The company received SOCMA Chem Steward Tier I certification and partnered with Ensign-Bickford Aerospace and Defense to manufacture ammonia borane. In the 2010s, GFS purchased a catalog distribution center on Kaderly Drive in Columbus for catalog fulfillment, private-label work, and analytical-reagent manufacturing. The company pursued domestic cerium sourcing in response to Chinese import constraints, introduced a tighter-metals-tolerance grade of ceric ammonium nitrate for electronics applications, and received expanded A2LA accreditation under ISO/IEC 17025 for turbidity, pH-buffer, and conductivity standards. Today, GFS operates through inorganic materials, organic materials, and analytical-reagent and research-chemical activities, serving customers in the United States and more than seventy countries.
- 2010
Domestic cerium and electronics-grade initiatives
[1]GFS pursued domestic cerium supply and introduced a tighter-specification ceric ammonium nitrate grade for electronics etching.
- 2000
Organic and analytical capabilities expand
[1]New organic facilities, laboratories, distillation equipment, and the APS Analytical Standards acquisition broadened the company’s manufacturing and catalog operations.
- 1990
Company adopts GFS Chemicals name
[1]G. Frederick Smith Chemical Company shortened its corporate name to GFS Chemicals and expanded through specialty-product acquisitions.
- 1970
Semiconductor etching collaboration
[1]GFS collaborated with Motorola on ceric-ammonium-nitrate-based chrome etchants used in early computer-chip production.
- 1960
High-purity redistilled acids developed
[1]GFS developed new high-purity redistilled inorganic acids for specialized laboratory and industrial uses.
- 1940
Rare-earth products enter the portfolio
[1]Cerium compounds, including ceric ammonium nitrate, and heteroaromatic ligands became part of the company’s product range.
- 1930
Analytical chemistry portfolio expands
[1]GFS developed commercial quantities of phenanthroline indicators and expanded its work on cerium and related analytical reagents.
- 1928
Operations move to Columbus
[1]The company relocated to Columbus, Ohio, and began selling magnesium perchlorate under the Dehydrite trade name.
- 1924
Company founded in Urbana
[1]G. Frederick Smith began the chemical enterprise in Urbana, Illinois, initially developing magnesium-perchlorate products.
Products and positioning
A specialist supplier of high-purity inorganic and organic chemicals, analytical reagents, standards, and custom or application-oriented materials. GFS emphasizes purity control, technical specialization, domestic supply capability, and service to research, electronics, pharmaceutical, energy, and industrial customers.
Inorganic specialty chemicals · 1924
Perchloric acid and perchlorate salts
Perchloric acid and perchate-related materials form the historical core of GFS Chemicals. The company developed a reputation for high-purity perchloric-acid production and specialized perchlorate salts used in analytical chemistry, synthesis, laboratory processing, and selected energy-related applications.
Rare-earth and electronics chemicals · 1940
Ceric ammonium nitrate
Ceric ammonium nitrate is part of the company’s long-standing cerium and rare-earth portfolio. GFS has supplied grades for oxidation-reduction chemistry and developed tighter-metals-tolerance material intended for electronics etching and other applications where impurity control is important.
Analytical reagents · 1990
Watermark Karl Fischer reagents
The Watermark line derives from the Karl Fischer reagent business acquired from Ericsen Instruments. These products support analytical moisture determination and extend GFS’s role as a supplier of laboratory reagents and chemistry-specific consumables.
Laboratory standards
Analytical standards and buffers
GFS manufactures laboratory standards and related products for measurements involving pH, conductivity, and turbidity. The company’s analytical activities include catalog reagents and standards produced through its Columbus operations, with expanded accreditation for relevant testing and calibration products.
Organic specialty chemicals
Organic specialty materials
The organic division produces specialty materials and supports custom or application-focused chemistry. Its capabilities have included liquid-ammonia chemistry, silanes, acetylenes, distillation work, and other organic products added or expanded through acquisitions and new manufacturing capacity.
Marketing campaigns
- 2010Domestic cerium supply initiative
United States · Electronics · Research chemicals
GFS began a research and sourcing effort to reduce exposure to Chinese import disruptions and establish a domestically secured cerium supply chain.
Outcome. The company described itself as achieving a domestic supply position for cerium-related materials.
Brand decisions
2010
Launch of a tighter-specification ceric ammonium nitrate gradeProduct launchBackground
Electronics customers required improved control of metallic impurities in etching chemicals.
Action taken
GFS introduced a ceric ammonium nitrate grade with tighter metals tolerances for electronics-grade etching use.
Aftermath
The product strengthened the company’s specialization in high-purity materials for electronics applications.
2000
Acquisition of APS Analytical StandardsM&ABackground
GFS was expanding its analytical products and needed additional standards and instrumentation capabilities.
Action taken
GFS acquired APS Analytical Standards, including activities involving turbidimeters, colorimeters, and spectrometers.
Aftermath
The acquired business was moved from California to Columbus and integrated with GFS’s analytical operations.
1990
Acquisition-led portfolio expansionM&ABackground
GFS sought to broaden beyond its traditional inorganic and perchlorate businesses.
Action taken
The company acquired the Karl Fischer reagent business of Ericsen Instruments and selected specialty-organic product lines from Farchan Laboratories and Shawnee Chemical Company.
Aftermath
The acquisitions expanded GFS’s analytical-reagent and organic-specialty offerings, including the later Watermark line.
1970
Development of ceric-ammonium-nitrate chrome etchantsProduct launchBackground
The emerging semiconductor industry required specialized etching chemistry for early computer-chip production.
Action taken
GFS collaborated with Motorola to develop chrome etchants based on ceric ammonium nitrate.
Aftermath
The work connected GFS’s rare-earth chemistry with electronics manufacturing and reinforced its specialty-materials positioning.
1928
Relocation to ColumbusStrategyBackground
The company needed a larger and more commercially accessible base after beginning production in Urbana.
Action taken
G. Frederick Smith Chemical Company moved its operations to Columbus, Ohio, where its manufacturing base later developed.
Aftermath
Columbus became the company’s long-term manufacturing center, while headquarters later moved to Powell.
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