HPT Coating Quiz

A unique coating technology used to produce a waterproof, durable, and flexible glove.

The liner is the inner layer of the glove providing comfort and protection.

The outer layer of the HPT glove, responsible for waterproofing and providing a grip.

A unique process that forms a micro-capillary structure on the glove's surface, offering a firm grip even when wet.

Tiny air pockets trapped within the HPT coating, contributing to its grip, shock absorption, and water-repellent properties.

The ability of HPT material to absorb and manage liquids, making it ideal for wet and oily environments.

A type of HPT glove designed specifically for cold weather, offering both warmth and protection for hands.

A nylon-based liner that provides breathability and comfort in HPT Winter gloves.

HPT, or HydroPellent Technology, is a special coating used on gloves to make them waterproof, strong, and flexible.

The HPT glove is made up of two parts: the liner, which is the inner layer, and the coating, which is the outer layer.

The HPT Winter glove is designed to withstand extreme cold and provides a good grip even in wet conditions. It's perfect for outdoor work, cold storage, and handling dry ice.

The HPT Winter glove has a high abrasion resistance, meaning it's very tough and can withstand lots of rubbing.

The HPT coating uses a special micro-capillary structure to allow air to flow through it, keeping your hand comfortable and reducing fatigue.

HPT gloves offer a range of options, like Palm Dipped, Knuckle Dipped, and Fully Dipped, to provide protection for different areas of the hand.

The HPT Winter glove offers excellent grip in dry conditions and a good grip even when wet. This makes it ideal for many types of work.

HPT gloves come with various extra features, such as solid wrist options, Oeko-Tex certification for safety, and customizable designs.

A special technology used to make gloves waterproof, durable, and flexible even in cold temperatures.

A coating technology that makes the gloves waterproof, keeping water from soaking through.

The ability to move your fingers freely and easily, even when wearing gloves.

The ability of the glove to remain flexible and comfortable even in very cold temperatures.

A glove that provides protection from water and bacteria, often used in settings like fishing, cycling, or cold storage.

A type of lining in HPT gloves that provides comfort and warmth.

A special coating on the glove that provides grip and durability.

A comparison of HPT gloves' performance against competing gloves.

HPT gloves have a unique texture that allows them to be used in a variety of industries and applications. This means they work well for different jobs and tasks involving different materials.

A special type of HPT glove designed for very cold temperatures. It offers a soft and flexible feel even when it's freezing, making it comfortable for handling dry ice.

HPT gloves are known for lasting a long time because they are made with high-quality materials. This makes them a good investment in the long term.

HPT gloves provide a superior grip, especially compared to other options. They offer a combination of dry grip, wet grip, and oil grip, making them versatile for different tasks.

The ability of a glove to resist abrasion and wear, measured in cycles (EN 388 standard).

A measure of how resistant a glove is to cuts, determined by a cutting index (EN 388 standard).

The ability of a glove to withstand tearing forces, measured in Newton (EN 388 standard).

A measure of the glove's resistance to punctures, expressed in Newton (EN 388 standard).

A type of coating used on gloves to enhance grip, primarily in wet conditions.

A coating technology used on gloves to provide a waterproof and durable grip, often found in HPT gloves.

A rating system used to assess the overall grip performance of a glove, considering dry, wet, and oil conditions.

The ability of a glove's liner to remain stable and securely attached, especially in areas like the crotch (where fingers meet palm).

The assessment of a glove's overall comfort during prolonged wear.

A test that evaluates how much a glove allows air to pass through, indicating its breathability.