Specification :

INTRODUCTION

The cost of leaky joints in industry today is staggering. Out-of-pocket costs run into billions of dollars annually in lost production, waste of energy, loss of product and, most recently, impact on the environment.
These problems are increasing, not decreasing. It behooves all of us to consolidate our knowledge and experience to solve or at least minimize these problems. This publication is being produced because we, as gasket
manufacturers and suppliers, are constantly called upon to solve sealing problems after the fact. Toooften we find insufficienttime and attention has been given to:
. proper design of flanged joint
. installation procedures and
. selection of the optimum gasket material required to solve a
particular sealing problem.
Wewill endeavor to outline in this publication those areas we believe to
be essential in a properly designed, installed and m" aintainedgasketed joint.
We believe most people involved with the design, installation, and maintenance
of gasketed joints realize that no such thing as " zero" leakage can
be achieved. Whether or not ajoint is " tight" depends on the sophistication
of the methods used to measure leakage. In certain applications the
degree of leakage may be perfectly acceptable if one drop of water per
minute is noted at the gasketed joint. Other requirements are that no
bubbles would be observed if the gasketed joint was subjected to an air or
gas test underwater and a still more stringent inspection would require
passing a mass spectrometer test. The rigidity of the test method would be
determined by:
. the hazard of the material being confined
. loss of critical materials in a process flow
. impact on the environment should a particular fluid escape into the
atmosphere
. danger of fire or of personal injury
All of these factors dictate proper attention must be given to:
. design of flange joints or closures
. proper selection of gasket type . proper gasket material
. proper installation procedures
Care in these areas will ensure that the best technology goes into the
total package and will minimize operating costs, pollution of the environment
and hazards to employees and the general public.

His material consists of:
Red, White, translucent, Blue, black silicone rubber 60 ' shore, sheeting
Blue FDA, FDA translucent Slicone, Milky White Fda silicone, Red Silicone Fda, Yellow Silicone Fda Rubber 60 " shore, sheeting
Food Quality Translucent Silicone Rubber Sheeting 40' Shore A
Silicone Rubber 10' Shore A
" HTM" Light Green Thermally Conductive Silicone Sponge
Closed Cell Silicone White sponge sheeting, Closed Cell Silicone white Sponge Fda.
Red Iron Oxide Silicone Reinforced With 1 Ply Glass Cloth Insertion Sheet Fda.
Blue ( Nearest Pantone - 2955U) Metal Detectable Silicone Sheet Fda Compliant
Black gunuine DuPont Viton sheet 75 ' shore.
White FDA viton sheet 65 ' Shore
Nitriles / Nylon Sheet diaphragm
Neoprene / Nylon diaphragm sheet
Nitriles PVC / Nylon Floating Roof Tank Seals
Seat Valve Blue silicone Fda, Seat Valve Red Silicone Fda, Seat Valve Milky White Silicone Fda
EPDM 65 ' Shore
Viton Sheet
Viton sponge sheet

Market Sectors including:
Materials handing, Parmaceutical, Dry & Wet cement manufacturers, vibratory Motors, Offshore Oil, Food Processing, Dairy Industry, Animal feed stuffs, Agro-Chemical fertilizer, Pottery & ceramic, beverage production, Woodworking / Dust extraction, power plants, Test fasilities, marine engineering, Transportation, Environmetal Control, water engineering, textile machinery, paper machinery, Hydraulic engineering
Other products that we marketed:
One part caulk sealant Fluorodyn
Fluorolast solvent based coating ( Self-curing type)
Flurolast water borne coating ( head curable)
viton rubber coated product