THE NEO100 SERIES OF BLACK 100% NEOPRENE RUBBER SHEETS JRP CODE: NEO10051200 AND NEO10051500

Introducing The NEO100 Series of our premium collection of Neoprene Rubber Sheets, crafted from 100% chloroprene rubber to ensure exceptional quality. Known as CR or Chloroprene, this high-quality homopolymer is recognized as an excellent gasket material due to its remarkable physical properties. These are designed to withstand extreme heat and cold without cracking, peeling, or crumbling. Trust in our durable rubber solutions for your next project.

Tech Specs

1. SPECIFIC GRAVITY

Specific gravity, a crucial metric in evaluating materials like rubber, denotes density compared to water. This property helps assess weight, strength, media containment ability, load capacity, oil absorption rate, solvent resistance, and wear durability in rubber products.

Variances exist between rubber types due to formulation disparities, affecting specific gravity measurements and performance standards. Accuracy in testing is pivotal for manufacturers seeking approval before large-scale production.

As per the test method ASTM D297 TheNEO100 Series, The Specific Gravity is calculated at 1.5 +/- 0.05 SPG

SHORE HARDNESS

The Rubber Shore hardness is crucial for measuring the material resilience under pressure, particularly in automotive, manufacturing, and construction. Understanding it is vital for product quality. The Shore hardness value assesses indentation resistance, guiding rubber manufacturers on material suitability for applications.

As per the test method ASTM D2240. The NEO100 Series, Shore Hardness is calculated at 70 +/- 5 SH @ SCALE 'A'

TENSILE STRENGTH

The tensile strength of rubber is the maximum stress it can handle before breaking, impacting its structural integrity. Neoprene / Chloroprene Rubber Sheets are known for high elasticity and can endure considerable stress.

Testing their tensile strength is vital in applications like sealing solutions, ensuring flexibility and resilience under various stresses.

As per the test method ASTM D412 For The NEO100 Series, The Tensile is calculated at min 50 kg/cm2

ELONGATION AT BREAK - MIN

Elongation at break is the percentage increase in length that a material will achieve before breaking. This figure is shown as a percentage and is usually measured using the test method ASTM D412.

A higher percentage usually indicates a better quality material when combined with a good Tensile Strength.

As per the test method ASTM D412. The NEO100 Series, Shore Hardness is calculated at 250% AT Minimum.