Ferrocene, DPPD & Boron Powder Applications

Select by application

Application Solutions

Each solution connects one target use with the relevant product page, application reference and pre-purchase confirmation points.

Fuel additives

Ferrocene for Fuel Additive Formulations

Ferrocene is used as a fuel additive, gasoline anti-knock agent and synthesis reaction catalyst. The product page also lists battery materials, sensors and conductive materials as application areas.

Reference dosage: 0.01–0.3% (100–3000 ppm)

Product referenceCAS RN 102-54-5; purity information is listed on the product page FAQ.

Supply format25 kg per bag or cardboard drum is listed as standard packaging.

Before trial useConfirm fuel type, dosage basis, form, compatibility and test method.

Safety reviewConfirm the required SDS, storage and transport instructions for the destination market.

View Ferrocene Discuss a Fuel Formulation

Rubber compounds

Antioxidant DPPD for Rubber Compounds

Antioxidant DPPD is listed for car tires, oil seals, gaskets, hoses, industrial rubber, latex products, engineering plastics and synthetic fibers.

Reference dosage: 0.2–0.3 phr

Product referenceCAS RN 74-31-7; grey or light-brown powder; melting point ≥125°C.

Supply format20 kg plastic-lined woven bags are listed as standard packaging.

Before trial useConfirm the rubber type, polymer system, formulation basis and aging test method.

Unit confirmationconfirm the dosage basis against the current product-page percentage range.

View Antioxidant DPPD Discuss a Rubber Compound

Electronic materials

Amorphous Boron Powder for Electronic Formulations

Amorphous boron powder is listed for conductive paste, fuel cells, high-energy batteries, solid propellant fuel, metallurgy and chemical synthesis.

Reference dosage: 2–8 wt%

Product referenceCAS RN 7440-42-8; total boron ≥95%; D50 particle size ≤1.0 μm.

Supply format0.5 kg aluminium foil bags with vacuum packaging are listed as standard.

Before trial useConfirm the target paste or encapsulation system, dispersion method and moisture limit.

Technical reviewConfirm surface treatment, electrical-property test method and required technical documents.

View Boron Powder Discuss an Electronic Material

Quick comparison

Choose a Starting Point

Use the application, product role and reference dosage together. Final suitability depends on the target formulation and test conditions.

Application solution comparison
Application	Product	Material role	Reference dosage	Website-listed application areas	Key information to confirm
Fuel additives	Ferrocene	Fuel additive, anti-knock agent and catalyst	0.01–0.3% (100–3000 ppm)	Fuel additives, gasoline anti-knock applications, battery materials, sensors and conductive materials	Fuel type, dosage basis, product form, compatibility, test method and SDS
Rubber compounds	Antioxidant DPPD	Rubber antioxidant	0.2–0.3 phr	Car tires, seals, gaskets, hoses, industrial rubber, latex, engineering plastics and synthetic fibers	Dosage unit, polymer system, aging test method, regulatory requirements and SDS
Electronic materials	Boron powder	Functional powder for conductive formulations	2–8 wt%	Conductive paste, batteries, fuel cells, metallurgy and chemical synthesis	Target system, dispersion method, particle-size requirement, surface treatment and electrical test method

Dosage ranges on this page are application references supplied for this solution page. Confirm the final formulation basis and test conditions before scale-up.

Before you request a quotation

Prepare the Right Technical Information

Providing the following information helps connect the product page with a more specific application review.

1. Define the system

Share the fuel, rubber, paste, battery or encapsulation system, together with the intended end use.

2. Confirm the basis

State the dosage basis, target quantity, product form, particle-size requirement and relevant operating conditions.

3. Request documents

Identify the required SDS, TDS, batch specification, test report, packaging and destination-market documentation.

Application FAQ

Questions Before Formulation Trials

What information should be confirmed before using ferrocene as a fuel additive?

Confirm the fuel type, dosage basis, purity grade, product form, formulation compatibility, test method, packaging and safety documentation before production use.

What is the reference dosage range for ferrocene in this solution?

The customer-provided reference range for ferrocene is 0.01–0.3% (100–3000 ppm). The suitable dosage must be confirmed for the target fuel and test method.

What dosage unit should be used for antioxidant DPPD in rubber compounds?

The application reference supplied for this page is 0.2–0.3 phr. Confirm the dosage basis with the technical team before publication or scale-up because the current product page presents a percentage-based range.

What information is needed to evaluate boron powder for electronic formulations?

Confirm the target paste or encapsulation system, dispersion method, particle-size requirement, surface treatment, electrical-property test method, moisture limit and technical-document requirements.

Can I request technical documents or a quotation for these materials?

Yes. Submit the target application, formulation or fuel system, expected dosage, required quantity and destination so the product information and quotation can be reviewed for the project.

Move from application to inquiry

Tell Us What You Are Formulating

Share the application, dosage basis, quantity and required documents to start a focused product discussion.

Contact