Grin Natural toothpaste

Back to photo gallery China

Grin Natural toothpaste is free from potentially harmful chemical ingredients, such as sodium lauryl sulphate, a common foaming agent used in toothpastes. (Photograph: Grin Natural)

The toothpaste further contains propolis, a resinous mixture with antibacterial properties that bees collect from various botanical sources. (Photograph: Monika Wisniewska/Shutterstock)

The antibacterial and antimicrobial properties of the manuka plant have long been recognised and applied by New Zealand Maori. (Photograph: srekap/Shutterstock)

Natural spearmint, peppermint and fennel extracts leave the mouth with a minty freshness, while Grin’s active ingredients provide an effective clean, the company states. (Photograph: Grin Natural)

Instead, the toothpaste contains locally sourced all-natural ingredients, such as propolis, manuka oil and organic sea salt. (Photograph: Grin Natural)

Other photo galleries you may be interested in:

June 23, 2015

Jubileusz 25 lat firmy Poldent!

advertisement

November 18, 2016

BSDHT Oral Health Conference & Exhibition

March 13, 2013

IDS 2013. Novità dalle aziende

May 25, 2016

4D Orthodontics

December 12, 2011

DT_03_2011_CZ_SK_21_22

October 22, 2013

Le interviste fatte da Dental Tribune Italia

advertisement

May 18, 2017

Abdel Tapanes / Líderes de la Industria

July 16, 2014

Procedimiento a seguir ante un cementoblastoma

Procedimiento a seguir ante un cementoblastoma mandibular en la consulta dental

April 4, 2015

Face asymmetries

Content you may be interested in:

December 9, 2019 | News

口腔保健专业人士的协同合作有助于儿童龋齿患病率的降低

最近的研究中，来自秘鲁的研究人员制定了一项综合干预计划，以降低婴幼儿早期龋病(ECC)的患病率和严重程度。该方案由在临床试验开始前接受培训的护士和牙医完成。研究结果显示，龋齿发生率显著降低，呼吁口腔保健专业人士与诊所人员参与合作。

details

360° Implantology by MIS

details

March 21, 2019

Does the cleaning method after air abrasion with different particles affect the zirconia bond strength?

Yttria-stabilized tetragonal zirconia polycrystal (Y-TZP) is a ceramic material that has been widely used in clinical practice owing to its attractive proven mechanical properties and biocompatibility. Since zirconia is a chemically inert material, different surface treatments can be performed to increase its bonding to resin-based cements. Air abrasion with alumina or silica-coated alumina particles is one of the most common and simple procedures used to improve micromechanical interlocking between zirconia and resin-based cements. These particles are deposited on the surface, which differ chemically from one another, and participate in the chemical bond that occurs at the zirconia–resin cement interface.

details

Middle East & Africa

© 2020 - All rights reserved - Dental Tribune International