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Fischer-Tropsch Wax CAS 8002-74-2 Bitumen Modification Road Construction Thermoplastic Marking (DEUREX T 39 B Equivalent)
Fischer‑Tropsch Wax is high‑purity synthetic Fischer‑Tropsch wax developed as direct drop‑in replacement for DEUREX T 39 B. It features a well‑defined melting range, low volatile components and excellent thermal stability at high processing temperatures. In bitumen modification, it reduces bitumen viscosity, enhances high‑temperature rutting resistance of asphalt mixtures. For thermoplastic road‑marking compounds, it optimizes melt fluidity during hot application, accelerates cooling‑solidificat
Petroleum Microcrystalline Wax CAS 63231-60-7 Rubber Anti-Ozone Protection Wax Packaging Material (HYWAX 1365 Equivalent)
Petroleum Microcrystalline Wax is high‑quality refined microcrystalline wax developed as direct drop‑in replacement for HYWAX 1365. With suitable crystal size and migration speed, the wax gradually blooms to the outer rubber surface during vulcanization and service. It builds a continuous thin protective film that shields rubber articles from ozone attack and reduces surface cracking under outdoor static and dynamic conditions. Besides rubber anti‑ozone application, this microcrystalline wax can
Petroleum Microcrystalline Wax CAS 63231-60-7 Rust Preventive Hot Melt Adhesive Candle Industrial (HYWAX 2528 Equivalent)
Petroleum Microcrystalline Wax is fully refined petroleum microcrystalline wax developed as direct drop‑in replacement for HYWAX 2528. It features dense microcrystalline structure, low oil content and excellent water‑repellent barrier property. For metal rust‑preventive formulations, it forms a hydrophobic protective wax film to block moisture and corrosive contaminants. Within hot‑melt adhesive systems, it adjusts melt viscosity and improves cohesive strength. It also serves as a high‑quality c
Petroleum Microcrystalline Wax CAS 63231-60-7 Hot Melt Adhesive Packaging Industrial Formulation (HYWAX 682 Equivalent)
Petroleum Microcrystalline Wax is refined petroleum microcrystalline wax developed as direct drop‑in replacement for HYWAX 682. It features fine microcrystalline structure, low oil content and outstanding heat‑resistance against sweating. In hot‑melt adhesive systems, it effectively modulates melt viscosity, optimizes open time and setting speed, and reinforces internal cohesion of adhesive compounds. It demonstrates excellent compatibility with hydrocarbon tackifying resins and polyolefins. Thi
High Melting Point Microcrystalline Wax CAS 63231-60-7 Industrial Coating Printing Ink Binder (Paramelt HMP Equivalent
High Melting Point Microcrystalline Wax is high‑performance refined petroleum microcrystalline wax developed as direct drop‑in replacement for Paramelt HMP. Featuring fine compact crystal structure, low‑oil content and superior thermal stability, this wax can act both as binder component and surface modifier. In printing‑ink and industrial coating systems, it improves anti‑blocking, slip and scratch‑resistance of cured films. When used within hot‑melt binder formulations, it helps adjust melt vi
Beeswax-Paraffin-Stearin Blend Wax Hardening Emulsion Stabilizer for Polish Ink Leather (Beeswax Blend 164 Equivalent)
Beeswax‑Paraffin‑Stearin Blend Wax is carefully compounded natural‑synthetic blended wax developed as direct drop‑in replacement for Beeswax Blend 164. The balanced combination of beeswax, paraffin and stearin delivers excellent hardening capacity as well as favourable emulsifying properties. It stabilizes wax‑based emulsions and prevents emulsion layer separation during storage. In polish and leather finishing formulations, it enhances surface gloss, water‑repellent property and tactile feel of
Refined Petroleum Microcrystalline Wax High Melting Point CAS 63231-60-7 Ink Coating Adhesive Industrial Formulation (Paracera H Equivalent)
Refined Petroleum Microcrystalline Wax is high‑melting‑point fully‑refined petroleum microcrystalline wax developed as direct drop‑in replacement for Paracera H. It features fine crystal structure, low oil content and excellent thermal stability. Within ink and coating formulations, it improves surface slip, scratch‑resistance and anti‑blocking performance. For hot‑melt adhesive systems, it regulates melt viscosity, adjusts setting speed and enhances adhesive cohesion. This wax exhibits good com
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