Our Products
We are leaders in the market for providing best range of Ebonite Rod and 20 Mm Round Ebonite Rods
Ebonite is a hard material that is made by heating a mixture of rubber and sulfur under a slight pressure.
Ebonite is durable, scientifically stable and provides excellent electrical insulation and machinability. Before the rise of petroleum-derived plastic, ebonite was widely used in every aspect of life
Ebonite is used as an anticorrosive lining for various vessels that contain dilute hydrochloric acid .
When the surface of ebonite is polished, it gives a beautiful, lacquer-like gloss.
Also, with a characteristic that does not disturb tones, it is used as inner pipes of woodwind instruments.
With these characteristics, ebonite is widely used in many ways, including electrical insulation materials, premium gold or silver lacquer fountain pens, instrument mouthpieces, smoking supplies and fishing gear.
Ebonite, also known as vulcanized hard rubber, is a durable, chemically resistant material that has stood the test of time, especially in precision-crafted products like fountain pens and scientific instruments.
History of EboniteInvented by Charles Goodyear in the mid-19th century through vulcanizing natural rubber with sulfur.
Its durability and resistance to heat, water, and chemicals quickly popularized it across industries.
Durability: Highly resistant to scratches, dents, and general wear.
Heat & Water Resistance: Performs reliably in extreme temperature and humid conditions.
Chemical Resistance: Resistant to acids, alkalis, and solvents.
Aesthetic Appeal: Smooth surface with a rich, elegant black finish — ideal for luxury items.
Pen Bodies
Used in premium fountain pens and ballpoints for a luxurious, traditional look and feel.
Scientific Instruments
Perfect for lab equipment exposed to chemicals or temperature variations.
Electrical Insulation
Common in insulators and bushings due to its non-conductive nature.
Musical Instruments
Used in components like clarinet and saxophone mouthpieces for its wear resistance and dimensional stability.