A method for fabricating a laminate article, the method comprising: combining, under conditions to effect condensation reaction, starting materials comprising a bis-hydroxyl-terminated polydiorganosiloxane with a weight average molecular weight of 10,000 g/mol to < 200,000 g/mol measured by GPC, where starting material is present in an amount of > 20.5 weight % based on combined weights of starting materials and; a hydroxyl-functional polyorganosilicate resin with a weight average molecular weight of 21,000 g/mol to 30,000 g/mol measured by GPC, where starting material is present in an amount < 79.5 weight %, based on combined weights of starting materials and; a solvent; and optionally a neutralizer; where starting materials and and are present in a weight ratio / of 2.27/1 to < 3.88/1; thereby producing a reaction mixture; and adding a condensation reaction catalyst to the reaction mixture, thereby producing a catalyzed reaction mixture; heating the catalyzed reaction mixture at a temperature of > RT to 145 °C and removing water; optionally recovering a condensation reaction product of and; optionally adding up to 4 weight %, based on combined weights of and, of a peroxide crosslinking agent, thereby forming a silicone pressure sensitive adhesive composition; optionally treating a surface of a backing substrate; coating the silicone pressure sensitive adhesive composition on the surface of the backing substrate, drying the silicone pressure sensitive adhesive composition, curing the silicone pressure sensitive adhesive composition to form a silicone pressure sensitive adhesive having a surface adhered to the surface of the backing substrate, where the silicone pressure sensitive adhesive layer further comprises an opposing surface opposite the surface of the backing substrate; optionally treating a surface of a silicone rubber article; and adhering the opposing surface of silicone pressure sensitive adhesive and the surface of the silicone rubber article. combining, under conditions to effect condensation reaction, starting materials comprising a bis-hydroxyl-terminated polydiorganosiloxane with a weight average molecular weight of 10,000 g/mol to < 200,000 g/mol measured by GPC, where starting material is present in an amount of > 20.5 weight % based on combined weights of starting materials and; a hydroxyl-functional polyorganosilicate resin with a weight average molecular weight of 21,000 g/mol to 30,000 g/mol measured by GPC, where starting material is present in an amount < 79.5 weight %, based on combined weights of starting materials and; a solvent; and optionally a neutralizer; where starting materials and and are present in a weight ratio / of 2.27/1 to < 3.88/1; thereby producing a reaction mixture; and a bis-hydroxyl-terminated polydiorganosiloxane with a weight average molecular weight of 10,000 g/mol to < 200,000 g/mol measured by GPC, where starting material is present in an amount of > 20.5 weight % based on combined weights of starting materials and; a hydroxyl-functional polyorganosilicate resin with a weight average molecular weight of 21,000 g/mol to 30,000 g/mol measured by GPC, where starting material is present in an amount < 79.5 weight %, based on combined weights of starting materials and; a solvent; and optionally a neutralizer; where starting materials and and are present in a weight ratio / of 2.27/1 to < 3.88/1; thereby producing a reaction mixture; and optionally a neutralizer; where starting materials and and are present in a weight ratio / of 2.27/1 to < 3.88/1; thereby producing a reaction mixture; and adding a condensation reaction catalyst to the reaction mixture, thereby producing a catalyzed reaction mixture; heating the catalyzed reaction mixture at a temperature of > RT to 145 °C and removing water; optionally recovering a condensation reaction product of and; optionally adding up to 4 weight %, based on combined weights of and, of a peroxide crosslinking agent, thereby forming a silicone pressure sensitive adhesive composition; optionally treating a surface of a backing substrate; coating the silicone pressure sensitive adhesive composition on the surface of the backing substrate, drying the silicone pressure sensitive adhesive composition, curing the silicone pressure sensitive adhesive composition to form a silicone pressure sensitive adhesive having a surface adhered to the surface of the backing substrate, where the silicone pressure sensitive adhesive layer further comprises an opposing surface opposite the surface of the backing substrate; optionally treating a surface of a silicone rubber article; and adhering the opposing surface of silicone pressure sensitive adhesive and the surface of the silicone rubber article.