Premium-grade Assemblies have a silicone-coated steel monocoil jacketing with a Nomex braid for superior strain relief and protection.

优质级别光纤连接层为硅包裹单钢圈，外层为诺梅克斯编织物，以求更好地减轻应力并起到有效保护作用。

The pyrolysis membranes from silicon resin would be applied to membrane reactors, owing to its higher resistance to temperature and better permselectivity.

硅裂解膜由于它能耐较高温,具有较好选择透过性,因而它在膜反应器方面具有广阔应用前景。

The production methods and technical features of monosilane, silicone oil, silicone water-proofing agent and silicone resin using the high boiling silane were described.

简述了利用硅烷高沸物制备单硅烷、硅油、有机硅防水剂、有机硅、泡剂等产品生产方法及技术特点。

Premium-grade Assemblies have a silicone-coated steel monocoil jacketing with a Nomex braid for superior strain relief and protection.

优质级别的光纤连接线的内层为硅树脂包裹的单线钢圈，外层为诺梅克斯编织物，以求更好地减轻应力并起到有效的保护作用。

The pyrolysis membranes from silicon resin would be applied to membrane reactors, owing to its higher resistance to temperature and better permselectivity.

硅树脂裂解膜由于它能耐较高温,具有较好的选择透过性,因而它在膜反应器方面具有广阔的应用前景。

The production methods and technical features of monosilane, silicone oil, silicone water-proofing agent and silicone resin using the high boiling silane were described.

简述了利用硅烷高沸物制备单硅烷、硅油、有机硅防水剂、有机硅树脂、消泡剂等产品的生产方法及技术特。

Premium-grade Assemblies have a silicone-coated steel monocoil jacketing with a Nomex braid for superior strain relief and protection.

优质级别的光纤连接线的内层为硅树包裹的单线钢圈，外层为诺梅克斯编织物，以求更好地减轻应力并起到有效的保护作用。

The pyrolysis membranes from silicon resin would be applied to membrane reactors, owing to its higher resistance to temperature and better permselectivity.

硅树膜由于它能耐较高温,具有较好的选择透过,它在膜反应器方面具有广阔的应用前景。

The production methods and technical features of monosilane, silicone oil, silicone water-proofing agent and silicone resin using the high boiling silane were described.

简述了利用硅烷高沸物制备单硅烷、硅油、有机硅防水剂、有机硅树、消泡剂等产品的生产方法及技术特点。

Premium-grade Assemblies have a silicone-coated steel monocoil jacketing with a Nomex braid for superior strain relief and protection.

优质级别的光纤连接线的内层为脂包裹的单线钢圈，外层为诺梅克斯编织物，以求更好地减轻应力并起到有效的保护作。

The pyrolysis membranes from silicon resin would be applied to membrane reactors, owing to its higher resistance to temperature and better permselectivity.

脂裂解由于能耐较高温,具有较好的选择透过性,因而反应器方面具有广阔的应前景。

The production methods and technical features of monosilane, silicone oil, silicone water-proofing agent and silicone resin using the high boiling silane were described.

简述了利烷高沸物制备单烷、油、有机防水剂、有机脂、消泡剂等产品的生产方法及技术特点。

Premium-grade Assemblies have a silicone-coated steel monocoil jacketing with a Nomex braid for superior strain relief and protection.

优质级别的光纤连接线的内层为硅树脂包裹的单线钢圈，外层为诺梅克斯编织物，以求更好地减轻应力并起有的保护作用。

The pyrolysis membranes from silicon resin would be applied to membrane reactors, owing to its higher resistance to temperature and better permselectivity.

硅树脂裂解膜由于它能耐较高温,有较好的选择透过性,因而它在膜反应器方有广阔的应用前景。

The production methods and technical features of monosilane, silicone oil, silicone water-proofing agent and silicone resin using the high boiling silane were described.

简述了利用硅烷高沸物制备单硅烷、硅油、有机硅防水剂、有机硅树脂、消泡剂等产品的生产方法及技术特点。

Premium-grade Assemblies have a silicone-coated steel monocoil jacketing with a Nomex braid for superior strain relief and protection.

优质级别连接线内层为硅树脂包裹单线钢圈，外层为诺梅克斯编织物，以求更好地减轻应力并起到有效保护作用。

The pyrolysis membranes from silicon resin would be applied to membrane reactors, owing to its higher resistance to temperature and better permselectivity.

硅树脂裂解膜由于它能耐较高温,具有较好选择透过性,因而它在膜反应器方面具有广阔应用前景。

The production methods and technical features of monosilane, silicone oil, silicone water-proofing agent and silicone resin using the high boiling silane were described.

简述了利用硅烷高沸物制备单硅烷、硅油、有机硅防水剂、有机硅树脂、消泡剂生方法及技术特点。

Premium-grade Assemblies have a silicone-coated steel monocoil jacketing with a Nomex braid for superior strain relief and protection.

优质级别的光纤连接线的内层为包裹的单线钢圈，外层为诺梅克斯编织物，以求更好地减轻应力并起到有效的保护作用。

The pyrolysis membranes from silicon resin would be applied to membrane reactors, owing to its higher resistance to temperature and better permselectivity.

裂解膜由于能耐较高温,具有较好的选择透过性,因膜反应器方面具有广阔的应用前景。

The production methods and technical features of monosilane, silicone oil, silicone water-proofing agent and silicone resin using the high boiling silane were described.

简述了利用烷高沸物制备单烷、油、有机防水剂、有机、消泡剂等产品的生产方法及技术特点。

Premium-grade Assemblies have a silicone-coated steel monocoil jacketing with a Nomex braid for superior strain relief and protection.

质级别的光纤连接线的内层为硅树脂包裹的单线钢圈，外层为诺梅克斯编织物，以求更好地减轻应力并起到有效的保护作用。

The pyrolysis membranes from silicon resin would be applied to membrane reactors, owing to its higher resistance to temperature and better permselectivity.

硅树脂裂解膜由于它能耐较高温,具有较好的选择透过性,因而它在膜反应器面具有广阔的应用前景。

The production methods and technical features of monosilane, silicone oil, silicone water-proofing agent and silicone resin using the high boiling silane were described.

简述了利用硅烷高沸物制备单硅烷、硅油、有机硅防水剂、有机硅树脂、消泡剂等产品的生产法技术特点。

Premium-grade Assemblies have a silicone-coated steel monocoil jacketing with a Nomex braid for superior strain relief and protection.

优质级别的光纤连接线的内层为硅树脂包裹的单线钢圈，外层为诺梅克斯编织，更好地减轻应力并起到有效的保护作。

The pyrolysis membranes from silicon resin would be applied to membrane reactors, owing to its higher resistance to temperature and better permselectivity.

硅树脂裂解膜由于它能耐较高温,具有较好的选择透过性,因而它在膜反应器方面具有广阔的应前景。

The production methods and technical features of monosilane, silicone oil, silicone water-proofing agent and silicone resin using the high boiling silane were described.

简述硅烷高沸制备单硅烷、硅油、有机硅防水剂、有机硅树脂、消泡剂等产品的生产方法及技术特点。

Premium-grade Assemblies have a silicone-coated steel monocoil jacketing with a Nomex braid for superior strain relief and protection.

优质级别的光纤连接线的内层为硅树脂包裹的单线钢圈，外层为诺梅克斯编织物，以求更好地减轻应力并起到有效的保护作用。

The pyrolysis membranes from silicon resin would be applied to membrane reactors, owing to its higher resistance to temperature and better permselectivity.

硅树脂裂于它能耐较高温,具有较好的选择,因而它在反应器方面具有广阔的应用前景。

The production methods and technical features of monosilane, silicone oil, silicone water-proofing agent and silicone resin using the high boiling silane were described.

简述了利用硅烷高沸物制备单硅烷、硅油、有机硅防水剂、有机硅树脂、消泡剂等产品的生产方法及技术特点。