GC Flexceed Putty And Light Body Kit
High initial hydrophilicity
Superior tear resistance
Bulk prices available. Want more than 2 units? For customized prices - click here
Package Contents: 1 x (500g) 278ml Base+ 1 x (500g) 278ml Catalyst
+ 2 x 50ml Light Body + 8 Mixing tips
Regular Price
₹6883
Special Price
₹3377
You save: 3506 (51%)
Check Zipcode
Order and Delivery Details
Free delivery available across all pincodes
Readily available - Ships usually within 1 working day
Special Offer: PB Days: Surprises Galore. Want to know more?

FLEXCEED is an advanced vinyl polysiloxane (VPS) impression material meticulously engineered to deliver exceptional accuracy in dental impressions. Its superior initial hydrophilicity and optimized viscosity enable it to seamlessly flow into subgingival and interproximal regions, effectively displacing moisture and capturing fine anatomical details with precision. Unlike conventional materials that tend to flow away toward mucosal surfaces, FLEXCEED demonstrates superior adaptability and penetration into hard-to-reach sulcular areas, ensuring optimal marginal detail reproduction.
The FLEXCEED Light Body formulation exhibits enhanced hydrophilic properties, which is critical during the initial setting phase. This characteristic is measured by the contact angle of a water droplet on the surface of the impression material — the lower the angle, the greater the wettability. FLEXCEED’s contact angle is among the lowest in its class, ensuring superior surface interaction, even in the presence of residual moisture, thus enabling highly accurate impressions under challenging clinical conditions.
In terms of mechanical strength, FLEXCEED is designed with industry-leading tear resistance. This is especially crucial in subgingival and interproximal regions where the impression material tends to be extremely thin and vulnerable to tearing upon removal. FLEXCEED has been rigorously tested and proven to offer the highest tear strength among VPS impression materials, significantly minimizing the risk of distortion or tearing during impression retrieval. This durability ensures that clinicians consistently achieve reliable, distortion-free impressions that support high-precision restorative outcomes.