RAD Global

Uncompromising Quality: Our Commitment to Superior Standards

 At RAD, we are committed to delivering high-performance materials that adhere to strict quality control measures. Our products are tested for durability, resilience, and performance under various environmental conditions. Below are the key parameters we evaluate to ensure that our materials meet industry-leading standards.

GSM Test – The Foundation of Fabric Strength

GSM determines the weight and density of a fabric, which directly impacts its strength, durability, and longevity. A fabric that is too light may not withstand wear and tear, while one that is too heavy may be difficult to handle.

Why do we test this before delivering it to you?

Shade Factor Test– Maximum Sun Protection & Energy Efficiency

Shade factor is a key performance indicator that determines how much sunlight and heat a fabric can block. This directly affects comfort, UV protection, and energy efficiency in shaded areas.

Why do we test this before delivering to you?

Bursting Strength – Ensuring Resistance Against Pressure & Impact

Bursting strength measures how much force a fabric can withstand before breaking. In real-world applications, fabric experiences pressure from wind, tension, and weight. Weak fabric can fail, leading to costly damage.

Why do we test this before delivering it to you?

Tensile Properties Test– Superior Strength & Flexibility Under Tension

Tensile strength determines a fabric’s ability to withstand pulling forces without tearing or deforming. This is crucial for applications requiring durability under tension, such as shade sails, awnings, and industrial fabrics.

Why do we test this before delivering it to you?

Melt Flow Index Test – Ensuring Material Consistency & Performance

MFI measures how easily the polymer used in our fabrics melts and flows during manufacturing. This affects the uniformity, flexibility, and strength of the final product.

Why do we test this before delivering it to you?

Hot Air Oven Test – Heat Resistance for Extreme Conditions

Many fabrics are exposed to high temperatures due to direct sunlight or industrial applications. Heat can cause materials to degrade, shrink, or lose strength over time.

Why do we test this before delivering it to you?

Humidity Chamber Test – Moisture Resistance & Longevity

Humidity affects fabric performance, especially in coastal, tropical, or high-moisture environments. Excess moisture can lead to mold growth, weakening of fibers, and reduced lifespan.

Why do we test this before delivering it to you?