Catalyst Carrier Colloidal Silica

Catalyst Carrier Colloidal Silica

Three catalyst carrier colloidal silica grades available
Na₂O limits available at ≤0.01%, ≤0.05% and ≤0.1%
Standard SiO₂ content controlled at 30±1%
Standard particle size controlled within 10–20 nm
Standard alkaline pH range of 8–10
Particle size, surface area, pH and SiO₂ can be customized
Shelf life of at least 12 months

Shandong Peak-tech New Material Co., Ltd. is one of the most reliable manufacturers and suppliers of catalyst carrier colloidal silica in China. With a professional production team, we are able to meet the needs of the majority of our customers. Welcome to buy durable catalyst carrier colloidal silica for sale here from our factory.

 

Technical Data

Catalyst Carrier Colloidal Silica Grade Comparison

Model SiO₂ Content Na₂O Content Particle Size pH Shelf Life
CS3010A 30±1% ≤0.01% 10–20 nm 8–10 ≥12 months
CS3010B 30±1% ≤0.05% 10–20 nm 8–10 ≥12 months
CS3010C 30±1% ≤0.1% 10–20 nm 8–10 ≥12 months

Particle size, specific surface area, pH and SiO₂ content can be customized. Confirm the target values, test methods and final tolerances before sampling.

Grade Selection

Select the Required Sodium Limit

Na₂O ≤0.01%

CS3010A

The lowest-sodium standard CS grade, with 30±1% SiO₂, 10–20 nm particles and pH 8–10.

Na₂O ≤0.05%

CS3010B

An intermediate sodium-control grade sharing the standard particle size, silica content and pH.

Na₂O ≤0.1%

CS3010C

A standard option for specifications that do not require the tighter A or B sodium limit.

Customizable

Multiple Technical Parameters

Particle size, specific surface area, pH and SiO₂ content can be reviewed against the required specification.

Specification Confirmation

Information Needed for Grade Recommendation

The standard CS grades differ primarily in Na₂O limit. Customized physical and chemical parameters require complete target values and test methods.

  • Sodium limit: specify ≤0.01%, ≤0.05% or ≤0.1% Na₂O.
  • Particle size: confirm 10–20 nm or provide the customized target and tolerance.
  • Specific surface area: provide the required value, unit and analytical method.
  • Silica content and pH: confirm standard values or provide customized targets.
  • Quality requirements: include sampling rules, certificate requirements and acceptance limits.
  • Order details: provide trial quantity, annual demand, packaging and destination country.

Request a CS Grade Sample and Quote

Send the Na₂O limit, particle size, specific surface area, SiO₂ content, pH, test methods, trial quantity and annual demand.

Request a Grade Recommendation
Packaging and Storage

Protect Product Stability During Storage

Packaging Options

Available polyethylene packaging sizes are 25 kg, 250 kg and 1000 kg.

Storage Temperature

Store at 0–40°C and protect from freezing. Temperatures below 0°C can cause irreversible gelation.

Direct Sunlight

Avoid prolonged exposure to direct sunlight during storage and transportation.

Container Closure

Keep containers closed to limit water evaporation and precipitation of solid silica particles.

FAQ

Catalyst Carrier Colloidal Silica Purchasing Questions

Which CS grades are available?

The standard grades are CS3010A, CS3010B and CS3010C.

How do the three CS grades differ?

Their principal published difference is the Na₂O limit: ≤0.01%, ≤0.05% or ≤0.1%.

Which parameters can be customized?

Particle size, specific surface area, pH and SiO₂ content are listed as customizable.

What information is needed for specific surface area customization?

Provide the target value, unit, analytical method, tolerance and related particle-size requirements.

How should catalyst carrier colloidal silica be stored?

Store it at 0–40°C, prevent freezing and direct sunlight, and keep the container closed.

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Applications

Applications of Catalyst Carrier Colloidal Silica

Catalyst carrier colloidal silica can be evaluated as a silica source or inorganic binder where sodium content, particle size, specific surface area and pH affect carrier preparation. Qualification should use the buyer's actual process.

Catalyst Carrier Binding

Evaluated as an inorganic binder in compatible carrier-forming and shaping processes.

Catalyst Support Preparation

Used as a controlled silica source where particle size and sodium content form part of the specification.

Molecular Sieve Formulations

Can be assessed in compatible formulations requiring low-sodium silica and adjustable physical parameters.

Emission-Control Catalysts

Suitable for carrier and washcoat development trials after compatibility and thermal processing are verified.

Petrochemical Catalyst Systems

Evaluated in catalyst preparation where silica purity and specific surface area require defined control.

Custom Catalyst Carrier Development

Supports projects requiring customized particle size, surface area, pH or SiO₂ content.