Products

Polymers are electrically non-conductive, and have a strong tendency to accumulate surface electrostatic charges. Undesired or dangerous effects of the static charge build-up are dust attraction, difficult opening of bags, and possibility of explosion. The addition of Antistatic master batches reduces the surface resistance of the end product and avoids the accumulation of static charge. Anti-Static Additives are added to plastics to reduce or eliminate a static build up. Anti-static additives work by lowering resistivity and are capable of neutralizing the surrounding static field.

Low smoke, zero halogen (LSZH) or Halogen-free, flame retardant (HFFR) compound is the main material to produce safety cable. Halogen free solutions that fulfill both mechanicals, flame and processibility are very challenging. High filled materials are required for high flame resistance. Some conditions during long terms applications requires environmental stress cracking resistance. Our solutions are tested on such severe conditions of moisture, temperature and mechanical stress on low and medium volage.

Light Diffusers are used in plastic applications requiring high light output and dramatically increased light transmission, compared to standard sign whites.

Due to increasing demands in fire protection regulations it has become necessary to modify the flame retardancy behavior of plastics. Flame retardants action is to retard the flammability of plastics in order to minimize their ignition properties and burning behavior such as flame propagation, smoke, and heat. We can offer Halogenated and Non-halogenated Flame Retardant Additive, Masterbatch and Compound based on the end application.

Impact Modifiers are substances that increase the durability of molded or extruded plastics, especially those that need to be constantly subjected to impact forces like cold weather. They are added to compounded materials to provide performance features.

Lifeline Technologies offers a vast range of White Masterbatch with different TiO2 concentrations that caters to our customers’ requirements in opacity, whiteness, processes and applications. WHITE Masterbatches are available in PE, PP, EVA, ABS, PC, PET, PS and NYLON base resins for various applications.

According to a study, about 80% of infection diseases start from surface contact. Bacteria and fungi are everywhere in our daily life, the microbe can quickly reproduce with suitable conditions. It may cause contamination, odors and infectious diseases. Anti-Microbial, Anti-Fungal additives will be integrated into the polymer during the manufacturing process to inhibit the growth and provide protection from microbes.

Rodents and Termites damage several products like power cables, plastic doors, wires, sidings, benches, molded plastic parts, drip irrigation pipes etc. Rodents have the constant urge to bite in order to polish their incisors (front teeth). Ants/ Termites try to break through plastic to access a food source.

Anti-Static Additives are added to plastics to reduce or eliminate a static build up. Anti-static additives work by lowering resistivity and are capable of neutralizing the surrounding static field.

Sunlight together with heat and oxygen induces reactions of degradation in plastics, causing detrimental effects on their mechanical, optical and physical properties. The result is breakage, chalking and discoloration. Outdoor weathering results in degradation by exposure to the ultraviolet part of sunlight which reaches the earth’s surface, at wavelengths between 300 and 400 nanometres. Environmental factors like temperature, humidity, oxygen, polluting gasses also play an important role.

BLACK Masterbatches are available in PE, PP, EVA, ABS, PC, PET, PS and NYLON base resins for various applications.

Rodents are attracted to plastic products due to presence of plasticizers, aromatic odors, bright colors & texture of polymer products. They have the constant urge to bite in order to polish their incisors (front teeth). As a result, rodents chew several products like power cables, plastic doors, wires, sidings, benches, molded plastic parts, drip irrigation pipes etc.

Sunlight together with heat and oxygen induces reactions of degradation in plastics, causing detrimental effects on their mechanical, optical and physical properties. The result is breakage, chalking and discoloration. Outdoor weathering results in degradation by exposure to the ultraviolet part of sunlight which reaches the earth’s surface, at wavelengths between 300 and 400 nanometres. Environmental factors like temperature, humidity, oxygen, polluting gasses also play an important role.