5-HYDROXYMETHYLFURFURAL

5-HYDROXYMETHYLFURFURAL
CAS 67 47 0
Annual capacity: 600 t/year; Under construction: 15,000 t/yearAnnual capacity: 600 t/year; Under construction: 15,000 t/year
The bio-based platform compound with an aromatic ringThe bio-based platform compound with an aromatic ring
Enables performance upgrades across multiple material systemsEnables performance upgrades across multiple material systems
Sustainable production, low-carbon footprint via green catalytic processesSustainable production, low-carbon footprint via green catalytic processes

What Is 5 Hydroxymethylfurfural 5 HMF?
HMF Definition：

5 hydroxymethyl 2 furfural (HMF) is a versatile bio-based platform compound derived from biomass sugars.

Its unique aromatic-furan ring structure provides excellent stability and reactivity, enabling the synthesis of high-value monomers such as FDCA, THFDM, DFF, and FDME.

From polyesters and polyamides to polyurethanes, HMF furan provides both platform potential and performance enhancement. It opens new pathways for sustainable material innovation and drives industrial interest in competitive HMF pricing and scalable production.

Overcoming Challenges in HMF Production and Commercialization
Although recognized as a promising next-generation bio-based building block, HMF has faced significant barriers to commercialization:

High production costs: GS Smart Catalysis System replaces conventional low-efficiency, by-product-heavy batch HMF production methods with a patent-protected modular catalyst and reactor stabilization design that boosts conversion, reduces impurities, and stabilizes large-scale yields—directly improving overall production efficiency and enhancing 5 HMF price competitiveness.

Scale-up bottlenecks: Without proven large-scale capacity, costs cannot fall, and without downstream validation, market adoption remains slow. To unlock broader HMF (hydroxymethylfurfural) applications, commercialization requires close collaboration across the value chain and continuous optimization of production technology.

From Molecule to Market: HMF's Application Pathways
FDCA → PEF polyesters for high-barrier packaging & bio-based fibers.

THFDM → Engineering plastics, polyamides.
DFF / FDM / FDME → High-performance polyesters, polyurethanes, bio-based solvents...

HMF: A Sustainable Choice for a Greener Future
Sustainable Future with HMF

Our innovation is designed not only for performance, but for planetary benefit:

Efficient, Low-Energy Production – Continuous-flow technology improves yield while cutting energy use per ton of product, and increases FDCA output.

Renewable, Non-Food Feedstocks – Process advancements expand the use of agricultural residues and other non-food biomass, avoiding competition with food supply.

Proven Environmental Gains – HMF-derived FDCA reduces carbon footprint by 24% and non-renewable energy consumption by 75% versus fossil-based PTA, as validated by independent LCA studies.

From molecule to market, GS Biomats is building a renewable materials platform based on hydroxymethyl furan (HMF), delivering measurable performance, verifiable sustainability, and a clear path to full commercial scale.

Learn About PEF: The Future of Sustainable Plastic
Poly (ethylene 2,5-furandicarboxylate)-PEF
Produced from FDCA and ethylene glycol, PEF offers excellent sustainability and advanced material performance:

In packaging Solutions:

High Barrier/Heat Resistant/Lightweight/Recyclable with PET.

In fiber applications:

Antibacterial & Mite-Resistant/Moisture-Wicking/UV-Resistant.

As an HMF factory, we will do our best to meet all the needs of customers.

If you want to know more about HMF uses, please visit our website