1、GUM MASTIC
GUM MASTIC is film-forming and odor masking. It can also be used as an adhesive. The oil may be anti-bacterial and anti-fungal as well. The gum is a resin derived from a small tree native to the Mediterranean area. Extractives and their physically modified derivatives.
2、Natural Resins & Gums Supplier
Tuna Sourcing provides natural resins and plant-based gums such as gum arabic, mastic, tragacanth, and frankincense. Ideal for food, cosmetic, and pharmaceutical industries. Bulk and export-ready supply.
3、Gum mastic 61789
Gum mastic; Gum mastic, a source of triterpenic compounds and phytosterols, may be used as a source material in diverse biomedical and pharmacological applications.
Gum mastic
Gum mastic, a resin obtained from the Pistacia lentiscus tree, has garnered significant attention in scientific research due to its diverse properties and potential applications. One notable area of investigation is its antimicrobial activity against various pathogenic microorganisms.
Mastic_化工百科
乳香胶是由乳香树（科学名：Boswellia）产生的一种树脂。 乳香胶具有以下性质： 外观：乳香胶通常呈黄色或琥珀色的固体，有时候也会呈现为淡黄色或透明。 气味：乳香胶具有独特的香气，有一种淡淡的木香味。 可溶性：乳香胶在酒精、醚类溶剂中溶解，但在水中不溶。 祭祀和香熏：乳香胶因其香气被广泛用于宗教仪式和香熏，具有净化空气和提供宁静氛围的作用。 它也被用于治疗关节炎、哮喘等疾病。 制法：乳香树的树皮被划开，树脂会渗出，然后经过熏香、分离和凝固处理，最终得到乳香胶。 安全信息：乳香胶通常被认为是安全的。 对于存在特殊过敏史的人来说，可能会引起过敏反应。 另外，对于孕妇和哺乳期妇女，以及儿童的使用应谨慎，并在专业人士指 …
mastic gum resin (Cas 61789
Parchem supplies mastic gum resin and a range of specialty chemicals worldwide, CAS# 61789-92-2.
Gum Mastic Resin Raw Materials
In chemical engineering, gum mastic resin serves as an adhesive, coating, or filler in the production of plastics, rubber, and composite materials. Additionally, its excellent anti-aging properties have earned recognition in cosmetics, pharmaceuticals, and food packaging.
mastic gum resin, 61789
Use: Mastic is a resinous exudate obtained from the stem and leaves of the Pistacia Lentiscuc tree collected on the island of Chios. When the strips of the bark are removed from the tree, the flow of the resin is increased.
Resins, mastic
Resins, mastic Use and Manufacturing GUM MASTIC is film-forming and odor masking. It can also be used as an adhesive. The oil may be anti-bacterial and anti-fungal as well. The gum is a resin derived from a small tree native to the Mediterranean area.
Top Grade Mastic Gum 100% Pure Natural Frankincense Resin Cosmetic
Top Grade Mastic Gum 100% Pure Natural Frankincense Resin Cosmetic Grade Frankincense Used for Skin Care| Alibaba.com
In ancient times, humanity began to explore and utilize various natural resources for survival and reproduction. Among these, the emergence of gum mastic resin, an important natural organic compound, marked a significant milestone in human civilization. This article will explore the discovery, characteristics, and modern technological applications of gum mastic resin.
The use of gum mastic resin dates back to China in the 16th century BCE, when it was employed to produce lacquerware and other crafts. Over time, its applications expanded from initial coatings to fields such as construction, medicine, and chemical engineering.
Gum mastic resin is a complex natural macromolecule composed mainly of unsaturated fatty acids and alcohols. Its strong adhesive properties, water resistance, and chemical corrosion resistance have made it widely used in material processing. In ancient times, it was primarily applied to wood, leather, and ceramic crafts. Today, advancements in technology have significantly broadened its scope.
In construction, gum mastic resin is utilized in waterproof coatings and sealing materials. These products not only prevent moisture penetration but also extend the lifespan of buildings. For instance, it plays an irreplaceable role in waterproofing roofs, walls, and floors.
In chemical engineering, gum mastic resin serves as an adhesive, coating, or filler in the production of plastics, rubber, and composite materials. Additionally, its excellent anti-aging properties have earned recognition in cosmetics, pharmaceuticals, and food packaging.
Despite its value as a premium industrial raw material, gum mastic resin’s supply has been limited due to complex production processes and high costs. Fortunately, biotechnological methods now offer solutions.
Bioengineering approaches, including microbial fermentation and enzymatic catalysis degradation, have improved yield and quality by optimizing cultivation conditions and enzymatic processes. These methods also reduce production costs, enhancing its economic viability.
Alternative preparation methods, such as chemical synthesis from natural oils, ensure purity and stability, albeit at higher costs.
Practical applications require tailored selection of gum mastic resin based on product needs—for example, high-viscosity resin for waterproof coatings versus low-viscosity variants for plastics. Adherence to quality standards is critical to ensuring performance requirements.
As a key natural organic compound, gum mastic resin has significantly contributed to human progress. With ongoing technological advancements, its future applications promise even greater potential. Let us await and strive toward this promising horizon!
