SEO Title: Low Impurity High Purity 99.95% Aluminum Metaphosphate for Optical GlassMeta Description: High-purity Aluminum Metaphosphate at 99.95% with transition metals around 1 ppm. Suitable for optical glass, fluorophosphate glass, and catalyst applications.URL Slug: aluminum-metaphosphate-99-95-purity
High-Purity Inorganic Material
Low Impurity High Purity 99.95% Aluminum Metaphosphate for Optical Glass
Aluminum Metaphosphate with 99.95% purity and tightly controlled transition metals for optical glass, fluorophosphate glass, laser fusion glass, high-purity synthesis, electronic materials, and catalyst systems.
High-purity Aluminum Metaphosphate supplied with impurity control data.
Product Summary
This grade reports 99.95% purity, Fe at 2.8 ppm, and Co, Cr, Ti, Cu, Mn, Ni and V each below 1 ppm. Weight loss on burning is 0.28%. The low impurity profile helps prevent coloring and transmittance reduction in optical glass and supports high-purity synthesis and electronic material use.
Key Features
99.95% purity and controlled transition metals: Co, Cr, Ti, Cu, Mn, Ni and V are below 1 ppm; Fe is 2.8 ppm. The low impurity profile helps reduce coloring and transmittance loss in optical glass.
Low weight loss on burning: 0.28% is reported for this grade, supporting consistent handling in high-purity synthesis and electronic material applications.
Catalyst function: Lewis acid sites allow use as a catalyst carrier or active component. Supported systems show activity and selectivity in hydrocracking for petrochemical and organic synthesis.
Optical glass additive: in phosphate glass and fluorophosphate glass, it can improve refractive index, Abbe number and chemical stability. Moisture resistance is an advantage over other metaphosphates.
Application guidance: support covers addition amount control and synergy with other cations to improve chemical stability in fluorophosphate glass systems.
Packaging coordination: plastic woven bags, aluminum foil bags and fiber drums are available; other packaging is coordinated by usage, frequency and feeding method.
Ventilated, low-temperature, dry warehouse; separate from oxidants and food additives
Models and Options
Product grade: 99.95% purity. Packaging options include plastic woven bags, aluminum foil bags, and fiber drums. Other packaging can be coordinated according to customer usage, frequency, and feeding methods to reduce pre-feeding pretreatment steps. Application support is available for fluorophosphate glass systems, including addition amount control and cation synergy.
Materials and Structure
Material: Aluminum Metaphosphate. The grade is defined by 99.95% purity and low transition-metal content. It provides Lewis acid sites for catalyst carrier or active-component use. In glass applications, the material is used as an additive in phosphate glass and fluorophosphate glass systems.
Applications
Optical glass and special optical glass
Phosphate glass and fluorophosphate glass
Laser fusion glass
High-purity synthesis
Electronic materials
Catalyst carrier or active component in petrochemical and organic synthesis, including hydrocracking
Customization
Packaging can be coordinated around customer usage, frequency, and feeding methods using plastic woven bags, aluminum foil bags, fiber drums, or other agreed formats. Technical support can cover application rules in fluorophosphate glass and other systems, addition amount control, and synergy with other cations. Storage guidance covers ventilated, low-temperature, dry warehouse conditions, separation from oxidants and food additives, and safety recommendations to prevent dust inhalation and skin contact. Environmental compliance consultation for waste liquid treatment is also available.
Frequently Asked Questions
What is the purity of this Aluminum Metaphosphate grade?
The stated purity is 99.95%.
What are the transition metal levels?
Co, Cr, Ti, Cu, Mn, Ni and V are each below 1 ppm; Fe is 2.8 ppm.
Which optical glass systems can it support?
It is used in phosphate glass, fluorophosphate glass, special optical glass and laser fusion glass.
Can it be used in catalyst applications?
Yes. It provides Lewis acid sites and can be used as a catalyst carrier or active component, including hydrocracking applications.
What packaging is available?
Plastic woven bags, aluminum foil bags and fiber drums are available. Other packaging can be coordinated.
How should it be stored?
Store in a ventilated, low-temperature, dry warehouse, separate from oxidants and food additives. Prevent dust inhalation and skin contact.
Is application technical support available?
Support covers addition amount control and synergy with other cations in fluorophosphate glass systems.
Inquiry Information
For quotations, packaging coordination, or technical questions, contact Changzhou Jiayuan Chemical Co., Ltd.
Contact: jane
Email: janeyuan@czjyhg.com
Tel: +86 15366800998
WhatsApp: +86 13862689212
Address: 13th Floor, Building 2, Jinsha Technology Financial Center, Jintan District, Changzhou City, Jiangsu Province, China
