Food and Medical Silicone Tube with FDA Approved

Model NO.: KL-0096-85
HS Code: 3917390000
High transparent Medical Grade Silicone tube



Description

Medical grade silicone tube, using medical silicone rubber materials, precision molds platinum sulfide vertical extrusion molding, the cavity is smooth, standard size, wall thickness, high tear resistance, high resilience, long home-yellowing, non-volatile matter, odorless, non-plasticizing agent, can reach food hygiene, medicine pharmacopoeia, medical and other testing standards, the normal life of more than 10 years.



Features

High temperature resistant, corona resistant, flexible
RoHS Compliant
Continuous operating temperature: -60~200 Deg C
Standard color: Red, blue, white, ashy, green, transparency and others



Dimensions

ID: 0.4mm~80mm
ID tolerances: Standard: ± 0.1mm, also available: ± 0.05mm
Characters and Logos screen printed on the surface upon request

UniSil® is a series of monodisperse spherical porous silica gels used for chromatography, produced by Suzhou Nanomicrotech Co. Ltd. from its unique patented technology that is developed in-house. UniSil® series of products meets the requirements of high performance liquid chromatography (HPLC) analysis in the laboratory and preparative separations in industry scale. The monodisperse spherical porous silica gel has distinct advantages, such as highly uniform particle size, perfect sphericity, outstanding mechanical strength, easy column packing, high column efficiency, good resolution, and low back pressure, UniSil® has already been widely used in analysis and Separation Of Organic Compounds, natural products, and large biomolecules. Nanomicrotech is proud to be the leader of monodisperse chromatography silica gel with capability to produce in commercial scale.

Silica –based Chromatography Media

Silica –Based Chromatography Media,Separation Of Organic Compounds,Separation Of Natural Products,Separation Of Large Biomolecules

Suzhou Nanomicro Technology Co., Ltd. , http://www.nanomicro-technology.com