Product Benefits Moisturizing, Hydrates, Sun Protection, Radiance, Oil Free, Light weight Sun Protection Factor 50 Sun Protection Factor (SPF) Item Weight 50 Grams Number of Items 1 Net Quantity 50.0 gram Skin Type All Active Ingredients Octocrylene Item dimensions L x W x H 40 x 40 x 125 Millimeters Brand ASAYA Water Resistance Level Water Resistant Buy Now Get 20% Discount About this item Triple-Action Hybrid Sunscreen with Moisturizer: This hybrid sunscreen for oily skin combines SPF 50 sun protection, hydration and glow, with the benefits of sunscreen serum and moisturizer all in one. Benefits of both Mineral and Chemical Sunscreen: This hybrid sunscreen combines mineral filters like titanium dioxide as well as chemical filters. Mineral filters reflect UV rays, creating a barrier on the skin, while chemical filters absorb UV rays and expel them as heat. Clear Sunscreen Without White Cast: This hydrating, lightweight sunscreen with Niacinamide and Hyaluronic acid blends seamle...
Introduction
The clothing-manufacturing process can be defined as a method of conversion of a flat two-dimensional structure into a three-dimensional shell structure. Fabric is the basic raw material of the clothing industry. The quality of the fabric influences not only the quality of the garment but also the ease with which a shell structure out of flat fabric can be produced. The fabric specifications for different end-use requirements are different, and the selection of an appropriate fabric is one of the most difficult jobs for the clothing manufacturer. The specifications of fabrics for apparel manufacturing can be considered in terms of primary and secondary characteristics. The primary characteristics are static physical dimensions, and the secondary characteristics are the reactions of the fabric to an applied force. The apparel manufacturer is primarily interested in the secondary characteristics of the fabric. The consumer is mainly interested in appearance, comfort, and wearability of the fabric. The production of garments from high-quality fabrics not only gives comfort to the wearer but also helps in the smooth working of manufacturing processes and leads to defect-free garments (Behera and Hari, 2009, 1990; Behera, 1999). With the advent of high-speed automatic line production systems, the interrelationship between fabric mechanical properties and fabric processability in tailoring has become very important. The selection of manufacturing processes requires selection of machine and process variables based on the specific properties of the fabric being processed. Therefore, it is essential and logical to study various fabric characteristics influencing directly or indirectly the apparel making-up process and finished clothing product performance. This chapter deals with the relationship between some important fabric properties and the making-up process.
The importance of low-stress mechanical properties and fabric formability is also discussed in the context of tailorability. Determination of sewability as a measure of fabric quality assessment for clothing manufacture is discussed in detail.
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