The AllPoints 96946 Cip O Ring Pack Of 100 is a critical sealing component designed for professional foodservice equipment maintenance and repair. As a high-quality elastomer O ring, it ensures leak-free operation in various plumbing and fluid transfer applications within commercial kitchens and beverage systems. Manufactured by AllPoints, this pack provides precise 2-inch diameter rings with a 1-inch depth, made from durable materials suitable for repeated sterilization and cleaning cycles. Implementing these O rings helps prevent system failures, maintains sanitary standards, and supports efficient workflow continuity in foodservice environments requiring reliable sealing solutions.
Top AllPoints 96946 Features
The AllPoints 96946 Cip O Ring Pack of 100 features precision-engineered elastomer construction for optimal sealing performance in food processing, beverage dispensing, and cleaning equipment. Designed for straightforward installation, these O rings resist wear, deformation, and chemical exposure, ensuring longevity in high-demand commercial settings. They are suitable for bench-mounted or handheld applications, facilitating quick maintenance, and minimizing downtime. Ideal for ensuring leak-proof connections, they support efficient pipeline integrity and hygiene compliance within foodservice operations.
- Functionality: Provides reliable sealing in fluid transfer fittings.
- Durability: Made from resilient elastomer resistant to chemical and thermal stress.
- Ease of Use: Simple to install and replace, facilitating quick maintenance routines.
- Application Fit: Compatible with standard 2" diameter fittings and connectors.
- Workflow Benefit: Supports leak-free operation, reducing service interruptions and cleanup.
Optimal for routine plumbing repairs and sealing needs in high-volume foodservice kitchens.
AllPoints 96946 Technical Specs
The AllPoints 96946 Cip O Ring Pack features a compact 2" diameter and 1" depth profile, with a lightweight weight of 0.1 lbs per ring, enabling easy handling and storage. Constructed from durable elastomer material suitable for sterilization and chemical resistance, ensuring long-term performance in commercial foodservice environments. These O rings are designed to withstand operating temperatures compatible with typical food processing and beverage systems, providing a dependable seal without degrading or shrinking. The product is supplied in a pack of 100, making it ideal for replacing multiple seals across a busy kitchen or beverage operation, and is available to ship within 4-8 business days.
- Capacity: Pack of 100 O rings for extensive maintenance use
- Material Grade: Resilient elastomer resistant to chemicals and high temperatures
- Dimensions: Diameter 2 inches, thickness 1 inch
- Construction & Finish: Elastomer with smooth surface finish for optimal sealing
- Temperature Resistance: Suitable for standard commercial foodservice system operating ranges
- Food Safety: Food-grade elastomer, compatible with cleaning and sterilization processes
- Cleaning & Maintenance: Resistant to sterilization cycles and chemical exposure, easy to replace
- Usage Compatibility: Designed for sealing in fluid transfer fittings, pumps, and valves
- Electrical Requirements: Not applicable
- Cooling Method: Not applicable
- Refrigeration Type: Not applicable
- Production Capacity: N/A
- Cube/Output Type: N/A
- Dimensions: Diameter 2", depth 1"
- Weight: 0.1 lbs per ring, total pack weight approx. 10 lbs
- Construction & Finish: Elastic elastomer, smooth surface finish
- Temperature Resistance: Up to 200°F (93°C)
- Food Safety: Food-grade compliant material for safe use in foodservice environments
- Installation & Maintenance: Replace during regular maintenance, compatible with standard fittings
What is a commercial O ring?
A commercial O ring is a precision-engineered elastomer seal designed for fluid-tight connections in various industrial and foodservice applications. The AllPoints 96946 Cip O Ring Pack Of 100 features high-resistance materials suitable for repeated sterilization, chemical exposure, and high temperatures typically found in food processing and beverage equipment. Installed in plumbing fittings, pumps, or valves, these O rings prevent leaks and maintain system integrity, making them ideal for routine maintenance in high-volume foodservice operations such as kitchens, cafeterias, and bars.
Top sealing solutions for foodservice equipment in high-capacity foodservice settings
The AllPoints 96946 Cip O Ring Pack of 100 offers durable, standard-sized elastomer seals ideal for professional installations requiring reliable leak prevention. Suitable for food processing, beverage systems, and cleaning equipment, these O rings are built for medium workload environments, ensuring long-term performance. AllPoints 96946 is designed for use in high-demand commercial kitchens and foodservice facilities with consistent sealing needs.
- Operation Type — suitable for routine plumbing maintenance
- Kitchen Type — optimized for compact commercial spaces
- Foodservice Category — effective in beverage and food processing setups
- Workload Qualifier — standard throughput maintenance and repair
- Use Case — ideal for sealing in fluid transfer connections and fittings
Why Choose AllPoints 96946 Cip O Ring Pack Of 100?
AllPoints 96946 Cip O Ring Pack Of 100 stands out through its high-grade elastomer composition, offering excellent chemical and temperature resistance that surpasses many standard sealing options. Its precise dimensions and robust construction enable it to maintain performance over multiple sterilization and cleaning cycles. Designed for commercial kitchen environments, this pack minimizes downtime and supports hygienic, leak-free operation with a compact, easy-to-handle form factor.
- Compact footprint suitable for space-constrained setups
- Resistant to aggressive cleaning chemicals and sterilizing conditions
- Long-lasting elastomer ensures reduced replacement frequency
- Pack of 100 provides economical replenishment for high-volume maintenance
- Designed for seamless integration into plumbing and fluid systems
