High Strength Zinc Oxide Catalyst with Competitive Price

Customization:

Customized packaging（Min.Order: 10 pieces）

High Strength Zinc Oxide Catalyst with Competitive Price

Name: High Strength Zinc Oxide Catalyst with Competitive Price
Brand: Pingxiang Hualian Chemical Ceramic Co., Ltd.
SKU: 544104852_1
Price: 4200.00 USD
Availability: InStock
Rating: 4.8 (100 reviews)

Product overview

Core functionalities

Applicable scenarios

Unique advantages

High-Strength Catalytic Performance: The zinc oxide (ZNO) catalyst accelerates chemical reactions with exceptional efficiency, designed for demanding industrial and laboratory applications.
Material Compatibility: The cylindrical pellets ensure uniform distribution and consistent performance in extrusion processes, making them ideal for polymer manufacturing and chemical synthesis.

Key features

1. Advanced Material Technology

With high-purity zinc oxide (ZnO) composition, achieve enhanced catalytic efficiency in chemical reactions. The uniform cylindrical pellets ensure consistent performance in applications like plastics extrusion and industrial manufacturing.

2. Optimized Interactive Design

With uniform cylindrical pellets, ensure seamless integration into automated extrusion systems. The precise manufacturing process reduces downtime and improves workflow efficiency compared to irregularly shaped catalysts.

3. Superior Performance Parameters

With high catalytic strength, sustain prolonged reaction cycles without degradation, outperforming standard catalysts by up to 25% in durability under continuous use.

4. Versatile Scenario Solutions

Designed for industrial applications, these pellets deliver reliable performance in plastics manufacturing, electronics, and automotive industries. Their uniformity ensures consistent output in extrusion and molding processes.

5. Competitive Cost-Effectiveness

Offering a competitive price point, reduce operational costs by up to 20% compared to premium catalyst alternatives while maintaining comparable performance.

Product details

The High Strength Zinc Oxide Catalyst pellets are engineered for precision applications in chemical synthesis, polymerization, and industrial catalysis. Their uniform cylindrical shape ensures consistent performance, while the optimized zinc oxide (ZnO) formulation with carbon (C) additives enhances reactivity and durability.

Technical specifications

Feature	Specification	Application Scenario
Material Composition	ZnO (≥99.5% purity), Carbon-doped matrix	Catalytic reactions requiring high reactivity
Particle Size	1.5–2.0 mm (±0.1 mm tolerance)	Ensures even distribution in reactors
Surface Area	15–20 m²/g	Optimized for gas-solid phase reactions
Thermal Stability	Up to 800°C (ISO 11357-3)	High-temperature industrial processes

Customization guide

Adjust particle size distribution (+/- 0.05 mm) or carbon doping levels (0.5–2.0 wt%) to tailor catalytic activity for specific reaction conditions or equipment constraints.

Get inspired

With uniform cylindrical pellets and enhanced ZnO-C matrix, this catalyst accelerates polymerization cycles in plastics manufacturing and improves yield in chemical synthesis.

Choose your model

Parameter	Base Model	Advanced Model	Pro Model
Catalytic Efficiency	85% conversion	+15% (98%)*	+30% (110%)*
Purity	99.0%	99.3%	99.5%
Surface Area	12 m²/g	18 m²/g	22 m²/g

Supplier's note

Technical Breakthroughs:
- Enhanced Catalytic Efficiency: The Pro Model’s 110% conversion rate (vs. 85% baseline) reduces energy costs by 20% in polymer synthesis.
- Ultra-Purity ZnO: The 99.5% purity in Pro Model eliminates impurity-driven byproduct formation in sensitive reactions.
- Uniform Particle Size: Precision manufacturing ensures consistent flow dynamics in high-viscosity reactors.
Version Selection Guide:
- Base Model: Ideal for small-scale labs or low-temperature applications (e.g., basic polymerization).
- Advanced Model: Suitable for medium-scale industrial use requiring 15% faster reaction rates (e.g., chemical refining).
- Pro Model: Designed for high-temperature, high-pressure environments (e.g., automotive catalytic converters) where triple the industry-standard thermal stability (800°C) and minimal impurities are critical.

Example Use Case: With the Pro Model’s 22 m²/g surface area, you can achieve 30% faster oxidation reactions in waste gas treatment systems compared to traditional catalysts.

Frequently asked questions

Which catalyst model is best for small-scale chemical reactions using zinc oxide?
How should I store zinc oxide catalyst pellets to maintain their effectiveness?
Zinc Oxide vs. Aluminum Oxide Catalyst: Which is better for plastic extrusion?
Can this catalyst be customized for rubber vulcanization applications?
Is the zinc oxide catalyst FDA-approved for food-grade packaging?
What applications benefit most from the high strength of these zinc oxide pellets?
How does this catalyst’s strength compare to lower-priced alternatives?
Are there safety precautions for handling zinc oxide catalyst pellets?

Product comparison

Category	Usage Scenarios	Characteristics	Advantages	Disadvantages
Catalyst Efficiency	Chemical synthesis, polymerization	Industry: 80% conversion (ASTM E1872) ▲ Our Base: 85% ▲▲ Advanced: 95% (reduces energy use by 20%)	High conversion rates cut reaction time and energy costs.	Requires precise temperature control (±2°C tolerance).
Thermal Stability	High-temperature reactions	Industry: Up to 350°C (ISO 11357) ▲ Base: 400°C ▲▲ Advanced: 450°C (operates in furnace-grade settings)	Functions in extreme conditions without degradation.	Overheating risks if exceeding rated temperature (e.g., >460°C).
Chemical Resistance	Corrosive environments	Industry: Resists 20 chemicals (ASTM D543) ▲ Base: 30 ▲▲ Advanced: 50+ (withstands sulfuric acid, NaOH)	Extended shelf life in harsh chemical exposure.	Limited compatibility with exotic solvents (e.g., fluorosilicates).
Cost-Effectiveness	Budget-sensitive projects	Industry: $50/kg (TÜV) ▲ Base: $40/kg ▲▲ Advanced: $35/kg (30% cheaper than platinum catalysts)	Reduces production costs by up to $12,000/ton.	Lower-tier versions may have shorter lifespans (e.g., Base: 1 year vs. Advanced: 3 years).
Environmental Impact	Green manufacturing	Industry: 10% VOC (ISO 16000-9) ▲ Base: 5% ▲▲ Advanced: 0% (compliant with EU REACH regulations)	Zero VOC emissions meet strict eco-standards.	Eco-certified additives may increase upfront costs by 15%.
Durability	Continuous industrial processes	Industry: 200 hours (ASTM G85) ▲ Base: 300 ▲▲ Advanced: 500+ (reduces downtime by 40%)	Fewer replacements needed, lowering long-term maintenance.	Requires monthly checks to prevent clogging in high-load scenarios.