永久帯電防止剤中国からの製造業者

防湿恒久性静止性防止剤 1.207g/Cm3 電子部品用

Permanent Antistatic Agent for Polymers ASTPEEN 806 ASTPEEN 806 features low surface resistance and easy color matching. This white/pale yellow elastomer particle product offers surface resistance ≤10⁶ Ω, hardness 50D, and melting point ~200℃. Product Overview Recommended for PC, ABS, PBT, PET, TPEE and other materials with high processing temperature and surface hardness requirements Suitable for extrusion (sheets, plates), injection molding, molding and other processes
産業用恒久性抗静止剤粒子注射鋳造グレードアンチエイジング

Permanent Antistatic Agent for Polymers ASTPEEN 800 Features low surface resistance and easy colour matching. Widely used in plastic modification, industrial tools, electronics industry, cleanroom equipment and other fields. Product Specifications Test Item Unit Test Method Test Value Tensile Strength at 25℃ MPa GB/T 528 7.3 Elongation at Break at 25℃ % GB/T 528 1322 Shore Hardness, 3s HD GB/T 2411 25 Density g/cm³ GB/T 533 1.241 Melt Flow Rate (200℃, 2.16kg) g/10min GB- 3682
永久静止制御ポリマー静止防止剤工業用

Permanent Antistatic Agent For Polymers ASTPEEN 8800 Series White elastomer pellets with surface resistance ≤ 10¹⁰ Ω, hardness 95A, and melting point ~180°C. Recommended for transparent materials including GPPS (8801), ABS (8802), PMMA (8805), PC/PET (8808), PP/PE (8818) and other transparent grades. Widely used in plastic modification, industrial tools, electronics industry, cleanroom equipment and other applications. Recommended Dosage Direct addition to material at 10-25%
白い粒子の抗静止剤エクストルーション/注射型/吹型用

Permanent Antistatic Agent For Polymers - ASTPEEN 108 ASTPEEN 108 is a white granules; surface resistance ≤ 10⁶ Ω; hardness ~90A; melting range 170~180°C; melt flow rate: 3–5 / 20–25 (190°C, 2.16 kg). Suitable for extrusion, injection molding, blow molding (film) and foaming of LDPE, HDPE and PP. If necessary, add an appropriate amount (3–5%) of compatibilizers such as EAA, EEA, POE and corresponding maleic anhydride grafted polymers. It is mandatory to perform pre-blending
カスタムパーマンントアンチスタティックエージェント繊細な電子機器用粒状産業用

Permanent Antistatic Agent For Polymers Astpeen 313 This product is widely used in plastic modification, industrial tools, electronics industry, cleanroom equipment and other fields. Recommended Dosage It is generally recommended to add directly to the material at a ratio of 10-25%. The optimal dosage shall be determined experimentally based on the target surface resistivity and the type of material used. Instructions for Use Blend ASTPEEN permanent polymeric antistatic agent
ASTPEEN 813 プラスチックの注射鋳造のための恒久的な抗静止剤ペレット

Permanent Antistatic Agent For Polymers Astpeen 813 This permanent antistatic agent features low surface resistance and easy color matching. It is widely used in plastic modification, industrial tools, electronics industry, cleanroom equipment and other fields. Recommended Dosage It is generally recommended to add directly to the material at a ratio of 10-25%. The optimal dosage shall be determined experimentally based on the target surface resistivity and the type of
スタティック制御スタティック防止剤化学品高効率工業用

Permanent Antistatic Agent for Polymers ASTPEEN 600 White/pale yellow elastomer particles featuring low surface resistance and easy color matching. Surface resistance ≤10⁶ Ω, hardness ~95A, melting point ~200°C. Recommended Applications Recommended for modification of HIPS, ABS, TPEE, PC, PBT, PP and other materials, as well as injection molding and extrusion of sheets (pelletizing required). Product Specifications Test Item Unit Test Method Test Value Tensile Strength at 25℃
食品級耐熱性ポリマー製品のための抗静止剤粒子

ASTPEEN 310 Permanent Antistatic Agent for Polymers Pale yellow translucent elastomer particles designed for effective static control in polymer applications. Features low surface resistance and easy color matching capabilities. Key Specifications Surface Resistance: ≤ 1*10⁶ Ω Hardness: 95A Melting Point: ~180℃ Appearance: Pale yellow translucent elastomer particles Technical Properties Test Item Unit Test Method Test Value Tensile Strength at 25℃ MPa GB/T 528 6.8 Elongation

1 2 次へ