The AllPoints 8063623 Filter is a high-performance OEM filtration component designed for industrial foodservice applications. Engineered for durability and precision, this filter effectively removes particulates and contaminants from process fluids, ensuring optimal equipment operation and food safety standards. Its robust construction and precise micron rating make it suitable for use in commercial kitchens, beverage processing, and beverage dispensing equipment, where consistent filtration quality is essential. The filter’s technical specifications include a size of 6.15 inches in width, 4.85 inches in height, and 9.35 inches in depth, with a filtration capability tailored for continuous operation in demanding environments, contributing to improved workflow efficiency and sanitation reliability.
Top AllPoints 8063623 Features
This filter’s primary function is effective contaminant removal in food processing and beverage systems, with features that enhance ease of maintenance and durability. Constructed from high-grade materials, such as corrosion-resistant plastics and compatible sealing components, it ensures reliable performance over extended periods. Its straightforward, tool-free installation simplifies routine replacements, minimizing downtime. Designed for medium-volume workflows, it seamlessly integrates with existing filtration setups, supporting consistent product quality and sanitary standards during the filtration of liquids in commercial kitchens or coffee brewing operations.
- Effective particulate filtration at microns accuracy
- Corrosion-resistant, durable plastic housing
- Tool-free replacement for simplified maintenance
- Designed for continuous operation in commercial foodservice
- Standard 6.15” x 4.85” x 9.35” dimensions for versatile fit
Ideal for installation in beverage systems, ice machines, and water filtration units requiring reliable contaminant removal.
AllPoints 8063623 Technical Specs
The AllPoints 8063623 Filter operates without electrical requirements, featuring a polyethylene filter housing resistant to corrosion and chemicals. It is designed for use in filters with a product capacity suited for continuous flow, supporting moderate throughput needs typical in commercial kitchens and beverage operations. The filter is dimensionally optimized at 6.15 inches wide, 4.85 inches high, and 9.35 inches deep, with a weight of approximately 2 lbs for ease of handling. Its materials are food-safe, ensuring compatibility with clean-in-place procedures and compliance with sanitation protocols. Operating temperature ranges from 33°F to 100°F, making it suitable for standard process conditions without risk of material degradation. The unit’s construction includes high-grade plastics rated for consistent performance and easy disassembly for maintenance. It features no hazardous components, with shipping typically within 4 to 5 days, packaged for straightforward installation and replacement.
- Electrical Requirements: None, operates via fluid flow
- Dimensions: 6.15" W x 4.85" H x 9.35" D
- Material: Food-safe plastic housing and seals
- Temperature Range: 33°F to 100°F
- Production Capacity: Supports moderate flow filtering applications
- Construction & Finish: Corrosion-resistant polyethylene; white finish
- Safety and Maintenance: Disassembly for cleaning, replacement of filter elements, no hazardous materials involved
- Electrical compatibility: No electrical connection required for operation
- Plumbing integration: Compatible with standard 1/4" or 1/2" fittings for flow connection
- Clearance & installation: Fits into compact filter housing spaces with standard mounting
- Cleaning routine: Disassemble and replace filter elements every 6-12 months
- Flow rate: Supports continuous flow up to 5 gallons per minute
What is a commercial filter?
A commercial filter is a specialized filtration device designed for continuous contaminant removal in industrial foodservice and beverage processing. It typically features durable construction from food-safe materials, precise micron rating for effective separation, and standardized dimensions for easy integration. The AllPoints 8063623 Filter is used in applications such as ice machines, beverage dispensers, and water filtration units installed in cafes, restaurants, and catering facilities. It supports medium-volume workflows where reliable contamination control is critical for customer safety, equipment longevity, and product quality assurance.
Top filtration solutions for moderate foodservice workflows
Reliable food-grade filtration with high durability, ideal for moderate throughput beverage systems and ice machines. The AllPoints 8063623 filter is engineered for effective contaminant removal and easy maintenance in commercial kitchens and water dispensers, making it a versatile choice for standard foodservice operations.
- Operation Type — suitable for middle-volume foodservice environments
- Kitchen Type — ideal for compact commercial spaces
- Foodservice Category — optimal for ice, water, and beverage systems
- Workload Qualifier — supports moderate processing throughput
- Use Case — suitable for filtration in café, restaurant, and hospitality settings
Why Choose AllPoints 8063623?
The AllPoints 8063623 Filter offers superior durability with corrosion-resistant construction and a compact design configured for efficient replacement and maintenance. Its precise filtration capabilities enhance system performance and product safety, making it a reliable option for commercial foodservice and beverage applications. Compared to similar filters, it provides a seamless fit in standard housings, reducing installation time and operational downtime while supporting consistent filtration quality across moderate workflow environments.
- Compact footprint: Measures 6.15" W x 4.85" H x 9.35" D for easy integration
- Durability: Made from high-grade, food-safe plastics and seals
- Easy maintenance: Tool-free disassembly simplifies filter replacement
- Versatile fit: Compatible with standard plumbing connections
- Enhanced performance: Ensures consistent contaminant removal and system efficiency
