Frontier Laboratories Ltd

The main purpose of using additives analysis is to verify product formulation correctly, comparing it with the competitive ones and then determine whether it is a pass or failure. Only after qualifying the steps, it is perfect for sell in the market and give it to customers. Without the correct quality control testing, it may not be suitable for sell and this is where additive analysis is the suitable one.   Materials to be analyzed are: Heat stabilizers Plasticizers Light stabilizers Antioxidants Impact modifiers  Additives and fillers     By the effective means of additives analysis , the additives are to be removed from solvent and the tested for its quality check before it is considered to be suitable to be sold in the market. it is better to know about the basic use of the additive analysis method and the best use of it. This is sure to give suitable results for the industrial use when done in the right way.   How the method is a suitab...

Plastics are the best materials that can be easily modified to their particular necessities in terms of their shape and their function. Polymers are the basic materials of plastic and it contain diverse properties such as stability at elevated temperatures, mechanical strength and hardness, chemical resistance, light and UV resistance, wettability, sliding behavior, color, etc. They can be altered and optimized by adding several additives. Here functionalization is important to refine the wettability or durability of the polymer surface. When we talk about contamination on polymers, they can create many issues such as failure of a product, unwanted aesthetics, or failure of quality control. It can lead to losing money of a manufacturer and also losing entire batches and lots of products. This is where Contamination Analysis is highly important to conduct. Contamination of raw materials, plastics, elastomers, coating, and their additives can happen in a boundless countless of circu...

Thermal Desorption is one of the physical separation procedures, contaminated soils are simply heated to volatilize organic and water contaminants. A carrier gas or even vacuum system transports volatilized water as well as organics to the gas treatment system. There are usually three methods of thermal desorption: ·          Indirect heated An outwardly fired rotary dryer volatilizes the water as well as organics from a contaminated media into the inert carrier gas stream; steam can also be utilized as an indirect heating method. ·          Indirect fired The straight direct-fired rotary dryer heats the air stream that is in contact with the contaminated soil. ·          Direct fired Fire gets applied directly upon the surface of contaminated media. Thermal desorption procedures can be separated into two groups: Low temperature thermal desorption (LT...