Details: Phoenix 19 Series TPEs use fewer fossil materials because they are partially sourced from natural feedstocks. The PHOENIX 19 Series TPEs are equal to our traditional TPEs in terms of their properties and processability. Despite being biobased, they are not biodegradable. They may be recycled and have high adherence to PP.

Details: Both people and animals contain millions of bacteria, the most of which reside in the gut. They are all safe, and many of them are helpful. However, some bacterial species are dangerous. They may bring on serious illnesses.

Phoenix Antimicrobial TPEs were created to stop bacteria and other organisms from growing on your completed products. According to JIS Z2801:2010 and JIS Z2911-2000 standards, these TPE formulations have undergone testing.

Your items will be successfully shielded by these TPEs from odor, loss of aesthetic appeal, and physical qualities.

Details: PHOENIX medical grade product lines are ideal for a range of medical device applications in the medical and pharmaceutical industries because they comply with international biocompatibility regulations. For a variety of applications, PHOENIX Thermoplastic Elastomers (TPEs) are now offered in transparent, translucent, white, and black colors.

Details: PHOENIX Thermoplastic Elastomers (TPEs) that are flame retardant, satisfy the standards of the UL 94 V-0 flammability rating standard, which was published by Underwriters Laboratories (UL). It has no halogen and produces little smoke when burned. It is safe to use because it complies with RoHS and REACH regulations. Material processing methods include injection and extrusion.

Details: The thermoplastic elastomers PHOENIXTM PIR include post-industrial recycled material as well as scrap produced inside the material extruders’ plant. This product family reduces carbon emissions and entirely utilizes wastes produced by the business, making the material more sustainable and environmentally benign. Only materials in black or dark colors are offered.

Details: A manufacturing technique used to create hollow plastic pieces is called blow molding. Extrusion blow molding, injection blow molding, and injection stretch blow molding are the three primary types of blow molding.
Extrusion blow molding is mostly used in the production of TPE products. TPEs are first melted into tubes to begin the procedure. A blow molding mold has the tube clamped inside of it. Air is blown into the tube after it has been welded together by being pinched at one end. The TPEs are expanded by the air to fit the mold chamber. The mold opens, and the part is ejected when the TPEs have cooled and hardened.
PHOENIX Thermoplastic Elastomers (TPEs) that are appropriate for blow molding have been created by HR Solution. They can be used for various things, such as balloon tamponade for medical purposes, BP cuff balloons, dropper suction, blower bulbs for toys, and automotive bellows.

Details: A procedure called extrusion is used to make things with a defined cross-sectional profile. The desired cross-section of a die is pushed through a material. The capacity to produce extremely complicated cross-sections and the ability to deal with fragile materials because the material only experiences compressive and shear stresses are the two key advantages of this technology over other production procedures. Additionally, it creates components with superb surface finishes.
Extrusion Grade PHOENIX Thermoplastic Elastomers (TPEs) have been developed by HR Solution and are appropriate for extrusion profiles, tubes, films, and sheets. For continuous extrusion, the material has a low MFI and relatively constant quality. The MFI of TPEs should typically be less than 3g/10min. Co-extruding Extrusion Grade Thermoplastic Elastomers (TPEs) with PP and PE results in a fantastic blend of hard and soft material. Thermoplastic Elastomers (TPEs) of the PHOENIX Extrusion Grade can also combine soft and hard TPEs.

Details: PHOENIX Thermoplastic Elastomers (TPEs) can be tailored by HR Solutions to meet your needs while also giving your products the best added value. Based on their extensive experience and in-depth understanding of the formulation, compounding, and marketing of TPEs, the Phon Tech R&D team can offer advice and construct materials.

Details: Engineering plastics are often rigid and strong for some high performance applications. By overmolding with PC, PC/ABS, PA, and ABS, PHOENIX alloy thermoplastic elastomers (TPEs) are functional TPE compounds intended to provide greater comfort feeling, attractive appearance, and higher value compared to engineering plastics. Abrasion resistance, oil resistance, lower compression set at higher temperatures, higher heat resistance, and other high performance criteria are also addressed by PHOENIX alloy thermoplastic elastomers (TPEs).

PHOENIX Alloy Thermoplastic Elastomers (TPEs), when combined with high performance thermoplastic vulcanizate (TPV), exhibit the performance properties of TPV, but offer the easier processing ability and enhance overall look compared to conventional TPV.

Details: The development of PHOENIX black TPE thermoplastic elastomer compounds is intended to meet the high demands of the black TPE material. The materials that produce a variety of characteristics are the black TPE compounds. For instance, the items’ matt texture, silky smooth feel, and dry gripping qualities add distinctive value. Most importantly, the black color TPE product family is filler added and offers an affordable option for customers seeking cost-saving solutions.

This product family has been thoroughly tested and optimized to satisfy a variety of customer needs. Each grade of PHOENIX Black TPE compounds embodies years of expertise, in-depth understanding, and cutting-edge technology.