Tender for supply School Bag, Shoes and Socks

Specification for Small Size Bag Bag Size Height (inch) -14,Width (inch) -11,Depth (inch) 5,Front Pocket Size Height (inch) 11,Width (inch) 9 Depth (inch) 1.5, Shoulder Strip-Length (inch) 11, Width (inch) 2.4, Thichness (Inc Foam) (mm) 6, Water Bottel Pocket – Length (inch) 7, Diameter of Elastic (inch) 5, Compartment Zip - Length (inch) 20, Front Pocket Zip - Length (inch) 20, Stitched Edge Pipe Beeding Diameter (mm) 3.89, Top Handle - Length (inch) 5.3 Width (inch) 1, Adjustable Belt - Length (inch) 15, Width (inch) 1.26, Tensile Strenght (Cut Strip) (IS:7016) (S*20cm) (kgf), One direction 106, Other direction 105, Tear Strength (IS:7016) (N) (Method A2), One Direction 71, Other Direction 138, Load Beering Strenth Withheld 15 kg weight for 1 hour , Shoulder Strip Joint Strength (kgf) 154, Identification of fibre (IS:667), One Direction –Polyester, Other Direction –Polyester, Coating – Polyvinylchloride, Fibre Blend Composition (%) Based on Clean dry mass with % addition for moisture WI 4 TC/Lab/PTM 2 & 3) (PVC is dissolved in DMF at 90 %C), Polyvinyyichloride- 68.4, Polyester -31.6, Weight of sample (TC/Lab/TM-03), Weight per Square meter (g/m2) – 442, Stitched Edge Pipe Beeding – Availablem, Adustable Belt – Available, Water Bottel Pocket –Available, Foam on back side – Available, Adjustable Buckle -Available

Specification for Medium Size Bag Bag Size Height (inch) -16, Width (inch) -12, Depth (inch) -6, Front Pocket Size Height (inch) -12 Width (inch) -10, Depth (inch) -2, Shoulder Strip-Length (inch)-13, Width (inch) -2.4, Thichness (Inc Foam) (mm)-8, Water Bottel Pocket – Length (inch)-8.5, Diameter of Elastic (inch)-5, Compartment Zip - Length (inch)-22, Front Pocket Zip - Length (inch)-21.9, Stitched Edge Pipe Beeding Diameter (mm)-3.89 Top Handle - Length (inch) -5.3, Width (inch)-1.3, Adjustable Belt - Length (inch)-20, Width (inch)-1.26 Tensile Strenght (Cut Strip) (IS:7016) (S*20cm) (kgf), One direction-106, Other direction-105 Tear Strength (IS:7016) (N) (Method A2), One Direction-71, Other Direction-138, Load Beering Strenth-Withheld 15 kg weight for 1 hour, Shoulder Strip Joint Strength (kgf)-154, Identification of fibre (IS:667) One Direction Polyester, Other Direction-Polyester, Coating-Polyvinylchloride, Fibre Blend Composition (%) Based on Clean dry mass with % addition for moisture WI 4 TC/Lab/PTM 2 & 3) (PVC is dissolved in DMF at 90 %C), Polyvinyyichloride-68.4, Polyester-31.6, Weight of sample (TC/Lab/TM-03), Weight per Square meter (g/m2) – 442, Stitched Edge Pipe Beeding – Available, Adustable Belt - Available Water Bottel Pocket – Available, Foam on back side – Available, Adjustable Buckle - Available

Specification for Large Size Bag Bag Size Height (inch) – 18, Width (inch) -13, Depth (inch) -6, Front Pocket Size Height (inch) -13 Width (inch) -11, Depth (inch) -2.0, Shoulder Strip-Length (inch)-15.0, Width (inch) - 2.4, Thichness (Inc Foam) (mm)- 8.0, Water Bottel Pocket – Length (inch)- 8.5, Diameter of Elastic (inch) - 5.0, Compartment Zip - Length (inch) – 24, Front Pocket Zip - Length (inch) -21.9, Stitched Edge Pipe Beeding Diameter (mm) -3.89, Top Handle - Length (inch) - 5.3, Width (inch) - 1.3, Adjustable Belt - Length (inch) - 21 Width (inch) - 1.26, Tensile Strenght (Cut Strip) (IS:7016) (S*20cm) (kgf), One direction - 106 Other direction – 105, Tear Strength (IS:7016) (N) (Method A2), One Direction – 71, Other Direction - 138 Load Beering Strenth - Withheld 15 kg weight for 1 hour, Shoulder Strip Joint Strength (kgf) - 154 Identification of fibre (IS:667), One Direction – Polyester, Other Direction- Polyester, Coating- Polyvinylchloride, Fibre Blend Composition (%) Based on Clean dry mass with % addition for moisture WI 4 TC/Lab/PTM 2 & 3) (PVC is dissolved in DMF at 90 %C), Polyvinyyichloride - 68.4 Polyester - 31.6, Weight of sample (TC/Lab/TM-03), Weight per Square meter (g/m2) - 442 Stitched Edge Pipe Beeding – Available, Adustable Belt – Available, Water Bottel Pocket - Available Foam on back side –Available,Adjustable Buckle -Available

School Shoes with lace for Boys -shoes No 3 with two pair of socks (A) General Specification for Shoes. 1. Material a) Upper Material:- PVC coated on woven backer PC/PV fabric for main part of upper 1.8mm +/-0.2 mm thick b) Insole:- Fabric of thickness 0.8mm +/-0.2mm with spongy PVC/EVAfoam of thickness 2.5mm +/- 0.5mm (Fabric surface towards foot). c) Buckle:- Steel Buckles with rustproof coating according to width of the strap ranging from 12mm sole Expanded PVC material of high quality of density 0.75+/-0.05g/cc. d) Lace: Round Nylon lace diameter 3mm+/-0.5mm, 65cm long +/-2cm e) Eyelet: Black enameled aluminium eyelet 4mm with washer. f) Binding/Piping :- Nylon tape of best quality 16 mm+/- 2mm width. Counter Stiffener Stroble Cloth 1.4mm+/-0.2mm thick. Thread-Nylon thread 40/3 & 60/2 2. Shape and Design :- The shoes shall be made to the pattern shape and design as shown in figure 1. The shoes shall be made on lasts in sizes 7to 13 & 1 to 10 fitting: "G" are recommended. 3. Soling Pattern a) The soling shall not include continuous lateral tread pattern or only other features, such as shaded corners at the base of the sole pattern, which may accelerate or cause premature crack. formation. b) The design should be such that the sole will adequate skid resistance with cleat height of min 1mm c) The minimum thickness of the sole hall not be less than 3mm d) Forepart thickness; shall be 10mm (+/-3mm) e) Heel thickness shall be 18 (+/-5mm) 4. Manufacture :- The upper shall be closed with lock stitching using nylon threads. The number of stitches be 3 to 4 centimeter. All loose ends of the threads shell be secured. 5. Finish:- The upper of the sole shall be finished by polishing and brushing to import shine to the shoes. 6. Sole Hardness:- The hardness of the sole shall be measured in not less than 4 days but not more than 90 days after molding and when tested in accordance with the method prescribed IS 12240 1988 after conditioning shall be within 70 +/-10 shore 'A'/IRHD 7. Volatility:- When tested in accordance with IS 12240(Part 2): 1988 usingpieces of PVC compound taken from soling componentsrespectively, the mean loss in mass of the three test pieces shall not exceed 2.0 percent. 8. Lead Content:- The lead contain (as pb) shall not be more than 2 ppm where determined in accordance with the method prescribed in IS 12240(Par 5): 1988 9. Resistance cut Growth (Flexing test) for Sole: When part of sole are tested in accordance with the method prescribed in IS 12240(Part 7):1988 the cut growth shall not be more than300 percent after test piece is subjected ta 150000 flex cycles. 10. Resistance to flexing for Upper: When part of upper tested in accordance with the method prescribed in SATRA PM 30, the value shall not less than 3k.g.

School Shoes with lace for Boys -shoes No 4 with two pair of socks (A) General Specification for Shoes. 1. Material a) Upper Material:- PVC coated on woven backer PC/PV fabric for main part of upper 1.8mm +/-0.2 mm thick b) Insole:- Fabric of thickness 0.8mm +/-0.2mm with spongy PVC/EVAfoam of thickness 2.5mm +/- 0.5mm (Fabric surface towards foot). c) Buckle:- Steel Buckles with rustproof coating according to width of the strap ranging from 12mm sole Expanded PVC material of high quality of density 0.75+/-0.05g/cc. d) Lace: Round Nylon lace diameter 3mm+/-0.5mm, 65cm long +/-2cm e) Eyelet: Black enameled aluminium eyelet 4mm with washer. f) Binding/Piping :- Nylon tape of best quality 16 mm+/- 2mm width. Counter Stiffener Stroble Cloth 1.4mm+/-0.2mm thick. Thread-Nylon thread 40/3 & 60/2 2. Shape and Design :- The shoes shall be made to the pattern shape and design as shown in figure 1. The shoes shall be made on lasts in sizes 7to 13 & 1 to 10 fitting: "G" are recommended. 3. Soling Pattern a) The soling shall not include continuous lateral tread pattern or only other features, such as shaded corners at the base of the sole pattern, which may accelerate or cause premature crack. formation. b) The design should be such that the sole will adequate skid resistance with cleat height of min 1mm c) The minimum thickness of the sole hall not be less than 3mm d) Forepart thickness; shall be 10mm (+/-3mm) e) Heel thickness shall be 18 (+/-5mm) 4. Manufacture :- The upper shall be closed with lock stitching using nylon threads. The number of stitches be 3 to 4 centimeter. All loose ends of the threads shell be secured. 5. Finish:- The upper of the sole shall be finished by polishing and brushing to import shine to the shoes. 6. Sole Hardness:- The hardness of the sole shall be measured in not less than 4 days but not more than 90 days after molding and when tested in accordance with the method prescribed IS 12240 1988 after conditioning shall be within 70 +/-10 shore 'A'/IRHD 7. Volatility:- When tested in accordance with IS 12240(Part 2): 1988 usingpieces of PVC compound taken from soling componentsrespectively, the mean loss in mass of the three test pieces shall not exceed 2.0 percent. 8. Lead Content:- The lead contain (as pb) shall not be more than 2 ppm where determined in accordance with the method prescribed in IS 12240(Par 5): 1988 9. Resistance cut Growth (Flexing test) for Sole: When part of sole are tested in accordance with the method prescribed in IS 12240(Part 7):1988 the cut growth shall not be more than300 percent after test piece is subjected ta 150000 flex cycles. 10. Resistance to flexing for Upper: When part of upper tested in accordance with the method prescribed in SATRA PM 30, the value shall not less than 3k.g.

School Shoes with lace for Boys -shoes No 5 with two pair of socks (A) General Specification for Shoes. 1. Material a) Upper Material:- PVC coated on woven backer PC/PV fabric for main part of upper 1.8mm +/-0.2 mm thick b) Insole:- Fabric of thickness 0.8mm +/-0.2mm with spongy PVC/EVAfoam of thickness 2.5mm +/- 0.5mm (Fabric surface towards foot). c) Buckle:- Steel Buckles with rustproof coating according to width of the strap ranging from 12mm sole Expanded PVC material of high quality of density 0.75+/-0.05g/cc. d) Lace: Round Nylon lace diameter 3mm+/-0.5mm, 65cm long +/-2cm e) Eyelet: Black enameled aluminium eyelet 4mm with washer. f) Binding/Piping :- Nylon tape of best quality 16 mm+/- 2mm width. Counter Stiffener Stroble Cloth 1.4mm+/-0.2mm thick. Thread-Nylon thread 40/3 & 60/2 2. Shape and Design :- The shoes shall be made to the pattern shape and design as shown in figure 1. The shoes shall be made on lasts in sizes 7to 13 & 1 to 10 fitting: "G" are recommended. 3. Soling Pattern a) The soling shall not include continuous lateral tread pattern or only other features, such as shaded corners at the base of the sole pattern, which may accelerate or cause premature crack. formation. b) The design should be such that the sole will adequate skid resistance with cleat height of min 1mm c) The minimum thickness of the sole hall not be less than 3mm d) Forepart thickness; shall be 10mm (+/-3mm) e) Heel thickness shall be 18 (+/-5mm) 4. Manufacture :- The upper shall be closed with lock stitching using nylon threads. The number of stitches be 3 to 4 centimeter. All loose ends of the threads shell be secured. 5. Finish:- The upper of the sole shall be finished by polishing and brushing to import shine to the shoes. 6. Sole Hardness:- The hardness of the sole shall be measured in not less than 4 days but not more than 90 days after molding and when tested in accordance with the method prescribed IS 12240 1988 after conditioning shall be within 70 +/-10 shore 'A'/IRHD 7. Volatility:- When tested in accordance with IS 12240(Part 2): 1988 usingpieces of PVC compound taken from soling componentsrespectively, the mean loss in mass of the three test pieces shall not exceed 2.0 percent. 8. Lead Content:- The lead contain (as pb) shall not be more than 2 ppm where determined in accordance with the method prescribed in IS 12240(Par 5): 1988 9. Resistance cut Growth (Flexing test) for Sole: When part of sole are tested in accordance with the method prescribed in IS 12240(Part 7):1988 the cut growth shall not be more than300 percent after test piece is subjected ta 150000 flex cycles. 10. Resistance to flexing for Upper: When part of upper tested in accordance with the method prescribed in SATRA PM 30, the value shall not less than 3k.g.

School Shoes with lace for Boys -shoes No 6 with two pair of socks (A) General Specification for Shoes. 1. Material a) Upper Material:- PVC coated on woven backer PC/PV fabric for main part of upper 1.8mm +/-0.2 mm thick b) Insole:- Fabric of thickness 0.8mm +/-0.2mm with spongy PVC/EVAfoam of thickness 2.5mm +/- 0.5mm (Fabric surface towards foot). c) Buckle:- Steel Buckles with rustproof coating according to width of the strap ranging from 12mm sole Expanded PVC material of high quality of density 0.75+/-0.05g/cc. d) Lace: Round Nylon lace diameter 3mm+/-0.5mm, 65cm long +/-2cm e) Eyelet: Black enameled aluminium eyelet 4mm with washer. f) Binding/Piping :- Nylon tape of best quality 16 mm+/- 2mm width. Counter Stiffener Stroble Cloth 1.4mm+/-0.2mm thick. Thread-Nylon thread 40/3 & 60/2 2. Shape and Design :- The shoes shall be made to the pattern shape and design as shown in figure 1. The shoes shall be made on lasts in sizes 7to 13 & 1 to 10 fitting: "G" are recommended. 3. Soling Pattern a) The soling shall not include continuous lateral tread pattern or only other features, such as shaded corners at the base of the sole pattern, which may accelerate or cause premature crack. formation. b) The design should be such that the sole will adequate skid resistance with cleat height of min 1mm c) The minimum thickness of the sole hall not be less than 3mm d) Forepart thickness; shall be 10mm (+/-3mm) e) Heel thickness shall be 18 (+/-5mm) 4. Manufacture :- The upper shall be closed with lock stitching using nylon threads. The number of stitches be 3 to 4 centimeter. All loose ends of the threads shell be secured. 5. Finish:- The upper of the sole shall be finished by polishing and brushing to import shine to the shoes. 6. Sole Hardness:- The hardness of the sole shall be measured in not less than 4 days but not more than 90 days after molding and when tested in accordance with the method prescribed IS 12240 1988 after conditioning shall be within 70 +/-10 shore 'A'/IRHD 7. Volatility:- When tested in accordance with IS 12240(Part 2): 1988 usingpieces of PVC compound taken from soling componentsrespectively, the mean loss in mass of the three test pieces shall not exceed 2.0 percent. 8. Lead Content:- The lead contain (as pb) shall not be more than 2 ppm where determined in accordance with the method prescribed in IS 12240(Par 5): 1988 9. Resistance cut Growth (Flexing test) for Sole: When part of sole are tested in accordance with the method prescribed in IS 12240(Part 7):1988 the cut growth shall not be more than300 percent after test piece is subjected ta 150000 flex cycles. 10. Resistance to flexing for Upper: When part of upper tested in accordance with the method prescribed in SATRA PM 30, the value shall not less than 3k.g.

School Shoes with lace for Boys -shoes No 7 with two pair of socks (A) General Specification for Shoes. 1. Material a) Upper Material:- PVC coated on woven backer PC/PV fabric for main part of upper 1.8mm +/-0.2 mm thick b) Insole:- Fabric of thickness 0.8mm +/-0.2mm with spongy PVC/EVAfoam of thickness 2.5mm +/- 0.5mm (Fabric surface towards foot). c) Buckle:- Steel Buckles with rustproof coating according to width of the strap ranging from 12mm sole Expanded PVC material of high quality of density 0.75+/-0.05g/cc. d) Lace: Round Nylon lace diameter 3mm+/-0.5mm, 65cm long +/-2cm e) Eyelet: Black enameled aluminium eyelet 4mm with washer. f) Binding/Piping :- Nylon tape of best quality 16 mm+/- 2mm width. Counter Stiffener Stroble Cloth 1.4mm+/-0.2mm thick. Thread-Nylon thread 40/3 & 60/2 2. Shape and Design :- The shoes shall be made to the pattern shape and design as shown in figure 1. The shoes shall be made on lasts in sizes 7to 13 & 1 to 10 fitting: "G" are recommended. 3. Soling Pattern a) The soling shall not include continuous lateral tread pattern or only other features, such as shaded corners at the base of the sole pattern, which may accelerate or cause premature crack. formation. b) The design should be such that the sole will adequate skid resistance with cleat height of min 1mm c) The minimum thickness of the sole hall not be less than 3mm d) Forepart thickness; shall be 10mm (+/-3mm) e) Heel thickness shall be 18 (+/-5mm) 4. Manufacture :- The upper shall be closed with lock stitching using nylon threads. The number of stitches be 3 to 4 centimeter. All loose ends of the threads shell be secured. 5. Finish:- The upper of the sole shall be finished by polishing and brushing to import shine to the shoes. 6. Sole Hardness:- The hardness of the sole shall be measured in not less than 4 days but not more than 90 days after molding and when tested in accordance with the method prescribed IS 12240 1988 after conditioning shall be within 70 +/-10 shore 'A'/IRHD 7. Volatility:- When tested in accordance with IS 12240(Part 2): 1988 usingpieces of PVC compound taken from soling componentsrespectively, the mean loss in mass of the three test pieces shall not exceed 2.0 percent. 8. Lead Content:- The lead contain (as pb) shall not be more than 2 ppm where determined in accordance with the method prescribed in IS 12240(Par 5): 1988 9. Resistance cut Growth (Flexing test) for Sole: When part of sole are tested in accordance with the method prescribed in IS 12240(Part 7):1988 the cut growth shall not be more than300 percent after test piece is subjected ta 150000 flex cycles. 10. Resistance to flexing for Upper: When part of upper tested in accordance with the method prescribed in SATRA PM 30, the value shall not less than 3k.g.

School Shoes with lace for Boys -shoes No 8 with two pair of socks (A) General Specification for Shoes. 1. Material a) Upper Material:- PVC coated on woven backer PC/PV fabric for main part of upper 1.8mm +/-0.2 mm thick b) Insole:- Fabric of thickness 0.8mm +/-0.2mm with spongy PVC/EVAfoam of thickness 2.5mm +/- 0.5mm (Fabric surface towards foot). c) Buckle:- Steel Buckles with rustproof coating according to width of the strap ranging from 12mm sole Expanded PVC material of high quality of density 0.75+/-0.05g/cc. d) Lace: Round Nylon lace diameter 3mm+/-0.5mm, 65cm long +/-2cm e) Eyelet: Black enameled aluminium eyelet 4mm with washer. f) Binding/Piping :- Nylon tape of best quality 16 mm+/- 2mm width. Counter Stiffener Stroble Cloth 1.4mm+/-0.2mm thick. Thread-Nylon thread 40/3 & 60/2 2. Shape and Design :- The shoes shall be made to the pattern shape and design as shown in figure 1. The shoes shall be made on lasts in sizes 7to 13 & 1 to 10 fitting: "G" are recommended. 3. Soling Pattern a) The soling shall not include continuous lateral tread pattern or only other features, such as shaded corners at the base of the sole pattern, which may accelerate or cause premature crack. formation. b) The design should be such that the sole will adequate skid resistance with cleat height of min 1mm c) The minimum thickness of the sole hall not be less than 3mm d) Forepart thickness; shall be 10mm (+/-3mm) e) Heel thickness shall be 18 (+/-5mm) 4. Manufacture :- The upper shall be closed with lock stitching using nylon threads. The number of stitches be 3 to 4 centimeter. All loose ends of the threads shell be secured. 5. Finish:- The upper of the sole shall be finished by polishing and brushing to import shine to the shoes. 6. Sole Hardness:- The hardness of the sole shall be measured in not less than 4 days but not more than 90 days after molding and when tested in accordance with the method prescribed IS 12240 1988 after conditioning shall be within 70 +/-10 shore 'A'/IRHD 7. Volatility:- When tested in accordance with IS 12240(Part 2): 1988 usingpieces of PVC compound taken from soling componentsrespectively, the mean loss in mass of the three test pieces shall not exceed 2.0 percent. 8. Lead Content:- The lead contain (as pb) shall not be more than 2 ppm where determined in accordance with the method prescribed in IS 12240(Par 5): 1988 9. Resistance cut Growth (Flexing test) for Sole: When part of sole are tested in accordance with the method prescribed in IS 12240(Part 7):1988 the cut growth shall not be more than300 percent after test piece is subjected ta 150000 flex cycles. 10. Resistance to flexing for Upper: When part of upper tested in accordance with the method prescribed in SATRA PM 30, the value shall not less than 3k.g.