null
30 people viewed this product recently

Engraved Steel Base Plate for Self-Consolidating Concrete Test

Price $261.56
upsell:
/concrete-strike-off-bar-steel-0-75-x-12in/
upsell:
/modified-slump-cone-for-scc-passing-ability-test/
upsell:
j-ring-for-self-consolidating-concrete-test/
Condition:
New
Minimum Purchase:
1 unit
SKU:
V009.JRING-P

We Accept

payment-icon
Holiday schedules may extend shipping on orders placed after Dec 19th thru Jan 1st | Est. ship in 4-7 business days | Oversized shipment
* Estimate is for US customers only.
* Shipping and Import Duties are calculated at checkout.
See Product Information
Fast Shipping

Fast
Shipping

Simple Ordering

Quick,
Simple Ordering

Upfront Pricing

Clear,
Upfront Pricing

Happy Customer

Over 30,000
Happy Customers

Customer Service

Exceptional
Customer Service

Largest Catalog

Industry's Largest
Catalog

Engraved Steel Base Plate for Self-Consolidating Concrete Test

The J-ring test can be used to determine the passing ability of self-consolidating concrete. It is applicable for laboratory use in testing different concrete mixtures for passing ability or can be used in the field as a quality control test. It is typical to also perform a slump flow test with the J-ring test. This test is similar to the J-ring except the J-ring is not used. The difference between the results of the two tests provides an indicator of the passing ability of the concrete.

  • Meets ASTM C1621
  • Designed for durability
  • Smooth rebar rods

Accessories for the Self-Consolidating Concrete Test: 

Meets Standard(s):

  • ASTM C1611/1611M
  • ASTM C1621/1621M

View the full line of Self-Consolidating Concrete (SCC) products

Related Blogs for Self-Consolidating Concrete (SCC):

An Overview of Self Consolidating Concrete in 2023

Using SCC Concrete: Advantage of Optimizing for Construction

Self-Healing Concrete: Benefits & Uses

10 Reasons to Use Self-consolidating Concrete (SCC)

Uncovering the Best Slump Cone: A Comprehensive Guide 

Understanding the Slump Tester & Its Uses

Slump Test of Concrete: A Comprehensive Guide

Slump Test Table: Measure Workability of Concrete

Tampering Rod for Concrete Slump and Cylinder Mold Tests

Slump Test: Measuring the Consistency of Fresh Concrete

Concrete Slump: What Is It and Why Does it Matter?

Finding the Workability of Concrete with the Slump Test

How to Perform a Slump Test of Concrete: Steps and Results

Consistency of Concrete; How It's Measured, Why It's Important, and Relation to Workability

The Proper Pressure with Certified Concrete Testing Products

Materials Testing Experts Explain The Importance Of Concrete Testing

Tamping Rod: Find the Perfect Fit for Your Concrete Testing

Choosing the Right Concrete Scoop for Reliable Slump Tests

Guide to Slump Test Concrete: Methods, Tips & Significance

Flow Test of Concrete: Unlocking Workability Wonders

Slump Concrete Meaning: Consistency & Quality Control

ASTM C 143 Slump Test:  Mastering Concrete Consistency

Metric System: A Guide to Units & Conversions

Tamping Rod for Concrete: Guide to Best Applications

Slump Concrete Test: Procedures and Significance

Concrete Slump: The Key to Quality and Workability

Concrete Water Permeability for Durability and Performance

Decoding the Surface: Is Concrete Porous or Nonporous?

Initial Set Time of Concrete: Key Factors & Practical Tips

Consistency in Concrete: Key Factors and Testing Techniques

Sand Cone Test Explained: Techniques and Best Practices

Sand Equivalent Test: What Can You Learn 

 

Engraved Steel Base Plate for Self-Consolidating Concrete Test

Engraved Steel Base Plate for Self-Consolidating Concrete Test

[]