White Color RTV2 Liquid Silicone Rubber Mold Making Silicone Soap/Candle Mold Making

Product Description

Product Description

GTSIL-T Series silicones are two compounds, liquid, tin cured silicone rubber that have exceptional tear strength and working properties, cured in room temperature. A range of

materials can be casted into the cured silicone molds : plaster, gypsum, concrete , wax, polyurethane ,polyester resin are typically used.

Features
Outstanding release properties
High flowability and long working time
High tear strength & tear strength
High elasticity, for easy removal of complex replica parts
Can add thixotropic for vertical surface application

 

Technical Datasheet

 

Model Code	GTSIL-T05	GTSIL-T10	GTSIL-T15	GTSIL-T20	GTSIL-T25	GTSIL-T30	GTSIL-T35	GTSIL-T40
Hardness - Shore A	04-16	08-10	14-16	18-22	23-27	28-32	25-27	36-40
Viscosity - Cps	12000-16000	10000-14000	12000-16000	14000-18000	16000-20000	26000-32000	22000-35000	14000-18000
Mixing Ratio - %	2%	2%	2%	2%	2%	2%	2%	2%
Tear Strength - KN/m2	12-16	19-23	15-18	19-23	23-27	28-30	23-27	22-25
Tensile Strength - Mpa	3-5	4-6	3.5-5.5	4-6	4-6	5-7	4-6	4-6
Shrinkage - %	0.3%	0.3%	0.3%	0.3%	0.3%	0.3%	0.3%	0.3%
Elongation - %	420-530%	400-500%	450-550%	450-550%	450-550%	350-500%	350-500%	350-500%

 

 

Applications

GTSIL-T Series silicones are good for making molds for resin, polyester, pu, wax, plaster, gypsum, natural and synthetic cement ( artificial stone ),GRC, soap, etc….detailed application

like following:
Art and decoration: soap, candle, aquarium decoration, crafts molds.
Furniture: concrete ,GFRC furniture, artificial stone molds
Architecture: column, fountain molds, architectural restoration.


ADDITIONAL INFORMATION
Reproduction of Vertical Surfaces
If a skin mold is required of a vertical object or surface and cannot be made by normal pouring techniques, the catalyzed mixture can be made non flowable by the addition of thixotropic agent.

1. Prepare the original as described earlier.
2. Brush the original with a thin layer of catalyzed mixture. Repeat the operation when the first layer has started to cure, to achieve a coating thickness of >2mm. Leave to cure at
room temperature until the material is tacky.
3. Prepare a new catalyzed mixture of silicone and add 1% by weight of thixotropic additive and mix thoroughly until a paste consistency is reached. De-airing of the mixture is not
required.
4. Using a spatula, cover the coated original with the thixotropic coating until all undercuts are filled; leave to cure for 24 hours at room temperature.
5. Construct a support mold using polyester resin or plaster and allow to set in contact with the silicone coating. Carefully remove the support mold. Peel the rubber off the original
and place in the support mold.

Use at High Temperatures
Some molds produced from condensation cure silicone rubbers can degrade when exposed to temperatures above 150°C (302°F) over a period of time or when totally confined in
storage at high ambient temperatures. This can result in softening and loss of elastic properties.
Resistance to Casting Materials
The chemical resistance of fully cured silicone rubber is excellent, and similar to all condensation cure silicone elastomers. It should be noted however that ultimately, resins and
other aggressive casting materials will attack silicone molds, changing physical properties, surface release and possibly mold dimensions. Molds should be checked periodically during
long production runs.

Shelf life
Twelve (12) months from date of shipment when stored at 25ºC in the original sealed packages.