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SILPURAN®

The SILPURAN® product range comprises HTV solid and liquid silicone rubber (LSR), and room-temperature-vulcanizing grades (RTV-1 and RTV-2). These high-end silicone rubber grades meet the stringent demands of the health-care industry. All products have passed selected ISO 10993 and USP Class VI tests, and so also meet the high safety standards imposed by the health-care industry. The cleanliness needed for fulfilling the medical requirements of today and tomorrow are ensured by the WACKER CLEAN OPERATIONS program.
SILPURAN® is Much More Than Just a Product
It delivers the service you need for the results you want. Our teams of experts are always at the ready to help you exploit the virtually unlimited scope and innovative strength of SILPURAN® so that it best meets your needs. The resulting customized product solutions will help secure lasting prosperity for your business.
Advantages and Application Areas
SILPURAN® products are reliable, physiologically safe, extremely resistant to heat and radiation, permeable to vapor and gas, and biocompatible. These properties make SILPURAN® ideal for a wide variety of extremely demanding medical applications:
- Plasters and gels for wound care
- Orthopedic products
- Liners for prostheses
- Seals for disposable syringes and dialysis machines
- Medical tubing for artificial respiration
- Stoppers for injection bottles
- Anesthetic masks
- Catheter balloons
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技术数据
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Product properties
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外观 | Shore density A | 动态粘度 | Tear-growth resistance | 锥入度 | Breaking strength | 生物相容性 | 断裂伸长率 | 邵氏00硬度 | 压缩变形 | 监管 | 流变性 | 具体特征 | 交联性能 | 硫化胶 | ||
- - | - - | 34000 mPa·s[1] 34000 mPa·s[1] | - - | 205 1/10mm[3] 205 1/10mm[3] | - - | - - | - - | - - | - - | 生物相容性, 适用于皮肤接触 | - | - | 双组分, 加成固化 | - | ||
- - | - - | 11600 mPa·s[1] 11600 mPa·s[1] | - - | 225 1/10mm[3] 225 1/10mm[3] | - - | - - | - - | - - | - - | 生物相容性, 适用于皮肤接触 | - | - | 双组分, 加成固化 | - | ||
- - | - - | 12000 mPa·s[1] 12000 mPa·s[1] | - - | 200 1/10mm[3] 200 1/10mm[3] | - - | - - | - - | - - | - - | 生物相容性, 适用于皮肤接触 | - | - | 双组分, 加成固化 | - | ||
- - | - - | 12000 mPa·s[1] 12000 mPa·s[1] | - - | 170 1/10mm[3] 170 1/10mm[3] | - - | - - | - - | - - | - - | 生物相容性, 适用于皮肤接触 | - | - | 双组分, 加成固化 | - | ||
- - | - - | 33000 mPa·s[1] 33000 mPa·s[1] | - - | 205 1/10mm[3] 205 1/10mm[3] | - - | - - | - - | - - | - - | 生物相容性, 适用于皮肤接触 | - | - | 双组分, 加成固化 | - | ||
- - | - - | 3200 mPa·s[1] 3200 mPa·s[1] | - - | 155 1/10mm[3] 155 1/10mm[3] | - - | - - | - - | - - | - - | 生物相容性, 适用于皮肤接触 | - | - | 双组分, 加成固化 | - | ||
- - | - - | 1000 mPa·s[1] 1000 mPa·s[1] | - - | 220 1/10mm[3] 220 1/10mm[3] | - - | - - | - - | - - | - - | 生物相容性, 适用于皮肤接触 | - | - | 双组分, 加成固化 | - | ||
- - | 12[6] 12[6] | 2500 mPa·s[1] 2500 mPa·s[1] | 13 N/mm[4] 13 N/mm[4] | - - | 3.5 N/mm²[9] 3.5 N/mm²[9] | - - | 680 %[11] 680 %[11] | 60[8] 60[8] | - - | 生物相容性, 适用于皮肤接触 | 易流动的 | - | 双组分, 加成固化, 室温下快速固化 | - | ||
- - | 35[7] 35[7] | 250000 mPa·s[2] 250000 mPa·s[2] | 10 N/mm[5] 10 N/mm[5] | - - | 5.5 N/mm²[10] 5.5 N/mm²[10] | - - | 300 %[12] 300 %[12] | - - | - - | 食品接触 | - | - | - | - | ||
transparent transparent | 5[6] 5[6] | - - | 6 N/mm[4] 6 N/mm[4] | - - | 2.5 N/mm²[9] 2.5 N/mm²[9] | - - | 700 %[11] 700 %[11] | - - | - - | - | - | 减少挥发物含量 | - | - | ||
transparent transparent | 10[6] 10[6] | - - | 13 N/mm[4] 13 N/mm[4] | - - | 4.2 N/mm²[9] 4.2 N/mm²[9] | - - | 740 %[11] 740 %[11] | - - | 15 %[13] 15 %[13] | - | - | 减少挥发物含量 | - | - | ||
transparent transparent | 20[6] 20[6] | - - | 21 N/mm[4] 21 N/mm[4] | - - | 8.0 N/mm²[9] 8.0 N/mm²[9] | - - | 850 %[11] 850 %[11] | - - | 17 %[13] 17 %[13] | - | - | 食品接触, 减少挥发物含量 | - | - | ||
transparent transparent | 30[6] 30[6] | - - | 25 N/mm[4] 25 N/mm[4] | - - | 8.6 N/mm²[9] 8.6 N/mm²[9] | - - | 650 %[11] 650 %[11] | - - | 13 %[13] 13 %[13] | - | - | 食品接触, 减少挥发物含量 | - | - | ||
transparent transparent | 40[6] 40[6] | - - | 29 N/mm[4] 29 N/mm[4] | - - | 9.6 N/mm²[9] 9.6 N/mm²[9] | - - | 600 %[11] 600 %[11] | - - | 11 %[13] 11 %[13] | - | - | 食品接触, 减少挥发物含量 | - | - | ||
transparent transparent | 50[6] 50[6] | - - | 30 N/mm[4] 30 N/mm[4] | - - | 10.0 N/mm²[9] 10.0 N/mm²[9] | - - | 480 %[11] 480 %[11] | - - | 14 %[13] 14 %[13] | - | - | 食品接触, 减少挥发物含量 | - | - | ||
transparent transparent | 60[6] 60[6] | - - | 27 N/mm[4] 27 N/mm[4] | - - | 10.0 N/mm²[9] 10.0 N/mm²[9] | - - | 350 %[11] 350 %[11] | - - | 14 %[13] 14 %[13] | - | - | 食品接触, 减少挥发物含量 | - | - | ||
transparent transparent | 70[6] 70[6] | - - | 22 N/mm[4] 22 N/mm[4] | - - | 9.5 N/mm²[9] 9.5 N/mm²[9] | - - | 290 %[11] 290 %[11] | - - | 11 %[13] 11 %[13] | - | - | 食品接触, 减少挥发物含量 | - | - | ||
transparent transparent | 40[6] 40[6] | - - | 32 N/mm[4] 32 N/mm[4] | - - | 9.4 N/mm²[9] 9.4 N/mm²[9] | - - | 550 %[11] 550 %[11] | - - | 14 %[13] 14 %[13] | - | - | 食品接触, 摩擦系数低, 减少挥发物含量, 降低自愈合性 | - | - | ||
transparent transparent | 50[6] 50[6] | - - | 31 N/mm[4] 31 N/mm[4] | - - | 8.9 N/mm²[9] 8.9 N/mm²[9] | - - | 440 %[11] 440 %[11] | - - | 13 %[13] 13 %[13] | - | - | 食品接触, 摩擦系数低, 减少挥发物含量, 降低自愈合性 | - | - | ||
transparent transparent | 60[6] 60[6] | - - | 26 N/mm[4] 26 N/mm[4] | - - | 9.0 N/mm²[9] 9.0 N/mm²[9] | - - | 310 %[11] 310 %[11] | - - | 14 %[13] 14 %[13] | - | - | 食品接触, 摩擦系数低, 减少挥发物含量, 降低自愈合性 | - | - | ||
white white | 40[6] 40[6] | - - | 22 N/mm[4] 22 N/mm[4] | - - | 7.2 N/mm²[9] 7.2 N/mm²[9] | - - | 510 %[11] 510 %[11] | - - | 12 %[13] 12 %[13] | - | - | 食品接触, 减少挥发物含量, 降低自愈合性 | - | - | ||
white white | 50[6] 50[6] | - - | 25 N/mm[4] 25 N/mm[4] | - - | 8.0 N/mm²[9] 8.0 N/mm²[9] | - - | 450 %[11] 450 %[11] | - - | 12 %[13] 12 %[13] | - | - | 食品接触, 减少挥发物含量, 降低自愈合性 | - | - | ||
white white | 60[6] 60[6] | - - | 20 N/mm[4] 20 N/mm[4] | - - | 7.0 N/mm²[9] 7.0 N/mm²[9] | - - | 300 %[11] 300 %[11] | - - | 15 %[13] 15 %[13] | - | - | 食品接触, 减少挥发物含量, 降低自愈合性 | - | - | ||
transparent transparent | 40[6] 40[6] | - - | 23 N/mm[4] 23 N/mm[4] | - - | 8.2 N/mm²[9] 8.2 N/mm²[9] | - - | 640 %[11] 640 %[11] | - - | 40 %[14] 40 %[14] | - | - | 自粘性, 食品接触, 减少挥发物含量 | - | - | ||
transparent transparent | 50[6] 50[6] | - - | 24 N/mm[4] 24 N/mm[4] | - - | 8.5 N/mm²[9] 8.5 N/mm²[9] | - - | 590 %[11] 590 %[11] | - - | 50 %[14] 50 %[14] | - | - | 自粘性, 食品接触, 减少挥发物含量 | - | - | ||
transparent transparent | 60[6] 60[6] | - - | 26 N/mm[4] 26 N/mm[4] | - - | 9.6 N/mm²[9] 9.6 N/mm²[9] | - - | 490 %[11] 490 %[11] | - - | 60 %[14] 60 %[14] | - | - | 自粘性, 减少挥发物含量 | - | - | ||
transparent transparent | 40[6] 40[6] | - - | 27 N/mm[4] 27 N/mm[4] | - - | 8.8 N/mm²[9] 8.8 N/mm²[9] | - - | 710 %[11] 710 %[11] | - - | - - | - | - | 自粘性, 食品接触, 高抗撕裂性能, 减少挥发物含量 | - | - | ||
transparent transparent | 50[6] 50[6] | - - | 27 N/mm[4] 27 N/mm[4] | - - | 8.4 N/mm²[9] 8.4 N/mm²[9] | - - | 600 %[11] 600 %[11] | - - | - - | - | - | 自粘性, 食品接触, 摩擦系数低, 减少挥发物含量, 降低自愈合性 | - | - | ||
white white | - - | - - | - - | - - | - - | - - | - - | - - | - - | - | - | 食品接触, 不透X-射线, 医疗 | - | - | ||
white white | - - | - - | - - | - - | - - | - - | - - | - - | - - | - | - | 食品接触, 不透X-射线, 医疗 | - | - | ||
- - | 27[6] 27[6] | - - | - - | - - | - - | yes[15] yes[15] | - - | - - | - - | 食品接触, 生物相容性 | - | - | - | 精确, 可在最低-40°C和最高+180°C下保持柔韧性, 电绝缘性, 透气性 | ||
- - | 27[6] 27[6] | - - | - - | - - | - - | yes[15] yes[15] | - - | - - | - - | 食品接触, 生物相容性 | - | - | - | 精确, 可在最低-40°C和最高+180°C下保持柔韧性, 电绝缘性, 透气性 |
[1] 动态粘度 | DIN EN ISO 3219, [2] 动态粘度 (0.5 s⁻ ¹) | 23 °C | DIN EN ISO 3219, [3] 锥入度 | DIN ISO 2137 | hollow cone of 62.5 g, 60 s, [4] Tear-growth resistance | ASTM D 624 B, [5] Tear-growth resistance | ASTM D 624, [6] Shore density A | DIN ISO 48-4, [7] Shore density A | DIN 53505 / ISO 868, [8] 邵氏00硬度 | ASTM D 2240, [9] Breaking strength | ISO 37 type 1, [10] Breaking strength | DIN 53504 S1 / ISO 37, [11] 断裂伸长率 | ISO 37 type 1, [12] 断裂伸长率 | DIN 53504 S1 / ISO 37, [13] 压缩变形 | 22 h | 175 °C | DIN ISO 815-1 type B method A | post-cured 6 h / 200 °C, [14] 压缩变形 | 22 h | 125 °C | DIN ISO 815-1 type B method A, [15] 生物相容性 (USP class VI) | ISO 10993