Continuous-Flow Screen Trays
The Continuous-Flow Screen Tray and Cloth are used exclusively in Gilson CF-1 Continuous-Flow Screen for scalping and small-scale continuous feed production.
Coarse screens above No.4 (4.75mm) are steel mesh and #5 or finer are stainless steel. Mesh is ASTM E11 Testing Grade.
Trays operate in an inclined position, discharging oversize material out of the front chute.
CFA-100 No. 4 (4.75mm) Screen Tray for Gilson Continuous-Flow Screens features a feed tray and discharge chute for continuous inclined feed or scalping operations of coarse materials. Tray construction is welded and bolted heavy-gauge painted steel and is fitted with ASTM E11 Compliance Grade wire cloth. Replacement Wire Cloth Only sections are interchangeable with Gilson Testing Screen Trays.
Features:
- Heavy gauge steel trays for use with Gilson Continuous-Flow Screens
- Wire cloth meets ASTM E11 compliance-grade specifications
Included Items:
- No. 4 (4.75mm) Continuous-Flow Screen Tray
Specifications
- Mesh Opening Size: No.4 (4.75mm)
- Material: Stainless Steel Mesh
- Product Dimensions: 41 x 17-3/4 x 4in (1041.4 x 451 x 102mm) W x D X H
- Estimated Shipping Weight: 30.0lb (13.61kg)
The No.4 (4.75mm) Continuous-Flow Screen Tray and Cloth is an essential tool for scalping and small-scale continuous feed production. This product is exclusively designed for use with the Gilson CF-1 Continuous-Flow Screen, ensuring seamless compatibility and optimal performance.
Constructed with high-quality materials, the Continuous-Flow Screen Trays provide reliable and efficient screening operations. The coarse screens above No.4 (4.75mm) are made of durable steel mesh, while the #5 or finer screens utilize stainless steel for enhanced durability. The mesh used in this product adheres to ASTM E11 Testing Grade standards, ensuring accurate and dependable results.
The trays are ingeniously designed to operate in an inclined position, allowing for the easy discharge of oversize materials through the front chute. This feature makes the Continuous-Flow Screen Trays ideal for continuous inclined feed or scalping operations of coarse materials. The tray construction is crafted from welded and bolted heavy-gauge painted steel, ensuring strength and longevity. Furthermore, the trays are fitted with ASTM E11 Compliance Grade wire cloth, providing consistent and precise screening.
One of the advantages of the Continuous-Flow Screen Trays is their compatibility with Gilson Testing Screen Trays. The Replacement Wire Cloth Only sections are interchangeable, providing flexibility and versatility to the user.
The No.4 (4.75mm) Continuous-Flow Screen Tray is included with this product, making it a complete and ready-to-use solution.
When it comes to specifications, the Continuous-Flow Screen Tray and Cloth feature a mesh opening size of No.4 (4.75mm), ensuring accurate and efficient screening. The materials used for the mesh are high-quality stainless steel, guaranteeing durability and longevity. The product dimensions measure 41 x 17-3/4 x 4in (1041.4 x 451 x 102mm) in width, depth, and height respectively. The estimated shipping weight of this product is 30.0lb (13.61kg), making it convenient and manageable for transportation.
Overall, the No.4 (4.75mm) Continuous-Flow Screen Tray and Cloth is a reliable and efficient tool for scalping and small-scale continuous feed production. With its durable construction, ASTM E11 compliance, and interchangeability with Gilson Testing Screen Trays, this product is an excellent investment for professionals in need of accurate and consistent screening results.
View the full line of Gilson Testing Screen, Continuous Flow Screens, Screen Trays, Aggregate Moisture Testing Equipment, especially the popular Aggregate/Sand Moisture Measurement System
Related Blogs for Gilson Testing Screens and Screen Trays
Sieve Brushes for Efficient Cleaning and Maintenance
Top Scrub Brush for Concrete: Your Ultimate Cleaning Tool
Quality Lab Brushes for Efficient Cleaning and Maintenance
Retsch AS200 Sieve Shaker: Mastering Particle Size Analysis
ASTM C136: Guide to Fine and Coarse Aggregate Sieve Analysis
Sand Sieve Size: A Guide for Optimal Sifting
Sieves for Soil: Finding the Perfect Match for Gardening
Sieve Analysis of Soil: A Guide to Particle Size Assessment
Understanding Aggregate Sieve Sizes: A Comprehensive Guide
ASTM Sieve Sizes: A Complete Sizing Chart Breakdown
Graph for Sieve Analysis: A Guide to Accurate Soil Grading
Sieve Test: A Guide to Particle Size Analysis
Top-Quality Sieves for Precise Material Separation
Sieve Mesh Sizes: Guide to Understanding Different Mesh
Sieve Shaker Selection: Find the Model for Material Analysis
Sieve Size Chart: Understanding Mesh and Particle Sizes
Sieve Essentials: Understanding Its Functions & Applications
The Ultimate Sieve for Compost Mastery: Simplify Your Soil
Sieve Shaker for Sale: Find the Perfect Fit for Your Lab
Sifting with Gilson Sieves: Your Guide to Material Analysis
Gilson Sieve Shaker: Particle Size Analysis
Top Standard Test Sieves for Accurate Material Analysis
Using Retsch Lab Sieves and Sieve Shakers for Analysis
What is a Shaker Sieve and Particle Sizing Analysis
Understanding ASTM D 422: Sieve Analysis and Particle Size
Sizes of Sieves: A Comprehensive Guide
Sieve Analysis: A Guide to Grain Size Distribution
Understanding Sieves: A Comprehensive Guide to Test Sieves
Selecting Sieve Sizes: Tips for Soil, Sand & Aggregate
Complete Guide to US Sieve Sizes
Gilson Company Testing Equipment: Discover Durability
Gilson Shakers: Precision Screeners & Shaker Screens
Gilson Screens: Discover the Benefits
Exploring What is Sieving Used For: Applications & Technique