R5-1925 - Hex Net Hub R5 The Hex Net Hub Rubber shall be constructed of UV-stabilized flexible rubber compound with slash proof, reinforced metal inserts. The Hex Net Hub Rubber Plug Top and Bottom shall be machined from high strength aluminum alloy. The Hex Net Hub Nets shall be made from 16mm steel-reinforced rope with high-strength co-polymer plastic intersection connectors and machined aluminum end Ferrules. The Hex Net Hub Top Rail shall be fabricated using 2.375" O.D. 10 gauge steel tubing with welded 3/16" thick steel anchors and 1/4" thick steel mounting brackets and will have a multi-stage baked-on powder coat finish. The Hex Net Rubber Trim shall be made from high density 3/4" sheet plastic specially formulated for optimum UV stability and color retention. The Socket Clamps and Mounting Blocks shall be two-part and precision die-cast from a high strength aluminum alloy and will have a multi-stage baked-on powder coat finish. The Mounting Inserts shall be precision die-cast from a high-strength aluminum alloy. The Socket Clamp Clevis shall be fabricated using 3/16" thick stainless steel. PC-2488 - Tidal Wave The Tidal Wave Seat Middle and End shall be manufactured from UV-stabilized LLDPE (linear low-density polyethylene) with an average wall thickness of 1/4". The Tidal Wave Frame Sections Middle and Ends Shall be punched and formed from 12 gauge sheet steel and shall be Play-Tuff (TM) coated after fabrication. The Tidal Wave Center Leg shall be fabricated from 3" x .25" Wall Square Tubing Leg, a 1/4" HR Sheet Steel Tidal Wave Center Post Base, 10 gauge HR Sheet Steel Tidal Wave Center Leg Gussets, a 10 gauge HR Sheet Steel Torsion Spring Shroud 120 and a 3.5" x .1875" Wall Square Tubing Housing and will be Powder Coated as specified. The Tidal Wave End Leg shall be fabricated from 3" x .25" Wall Square Tubing Leg, a 3.5" x .1875" Wall Square Tubing Housing, a 10 gauge HR Sheet Steel Torsion Spring Shroud 200, 1/8" HR Strip Steel Tidal Wave End Leg Caps and a Steel Tidal Wave End Pivot Axle and will be Powder Coated as specified. The Torsion Spring Mount shall be bent and formed from 1/4" HR Sheet Steel and will be Powder Coated as specified. The Tidal Wave End Pivot Base Weldment shall be made of punched and formed 1/4" HR Sheet Steel and a Steel Tidal Wave Pivot Bearing Sleeve and will be Powder Coated as specified. The Tidal Wave End Post Base Plates shall be precision laser cut from 1/4" HR Sheet Steel. The Tidal Wave End Post Base Plates will be Powder Coated as specified. The Torsion Spring Cap shall be made from high density 3/4" sheet plastic specially formulated for optimum UV stability and color retention. PC-2472 - Spin-Max Orbit The Spin-Max Cover Halves, Support Cap & Steps shall be made from high density 3/4" sheet plastic specially formulated for optimum UV stability and color retention. The Spin-Max Base shall be constructed of UV-stabilized, rotationally molded, linear, low density polyethylene with an average wall thickness of .250". The Spin-Max Orbit Cross Supports shall be fabricated using 1.315" O.D. 12 gauge steel tubing with welded 1/4" tabs and clevises and will be Powder Coated as specified. The Spin-Max Orbit Main Support Tubes shall be fabricated using 1.5" x 3" 11 gauge rectangular steel tubing with welded 2" x 2" x 1/4" thick square steel tubing and welded 1/4" thick steel clevises, 1/4" thick steel plate, 12 gauge steel caps, and steel plug and will be Powder Coated as specified. The Spin Max Support Ring shall be fabricated using 2" square 11 gauge steel outer ring with welded 3/8" thick steel splice bars and will be Powder Coated as specified. The Spin Max Orbit Support Leg shall be fabricated using 5" schedule 80 pipe with welded 3/8" thick steel mounting plate and gussets and will be Powder Coated as specified. The Post Cap R5 Dome shall be precision die-cast from a high-strength aluminum alloy and will be Powder Coated as specified. The Spin-Max Orbit Platform shall be constructed of UV-stabilized flexible rubber compound with slash proof, reinforced metal inserts. The Spin-Max Orbit Ropes shall be made from 16mm steel-reinforced rope with high-strength co-polymer plastic intersection connectors and machined aluminum end ferrules. The Hex Net Rubber Plug Top & Bottom shall be machined from high strength aluminum alloy and will be Powder Coated as specified. The Spin-Max Orbit Center Post shall be fabricated using 5" O.D. 7 gauge steel tubing with welded 1/4" plates and plug, 3/8" thick steel plates, and machined steel spindle and will be Powder Coated as specified. The Spin-Max Bearing House shall be machined using 5" O.D. 1/2" wall with welded 3/8" thick steel mounting plate and will be Powder Coated as specified. The Speed Limiter Arm shall be fabricated using 1-1/4" square 16 gauge steel tubing with welded 3/8" thick steel plug and 3/16" thick steel clevis and will be Powder Coated as specified. The Speed Limiter Base shall be fabricated using 1/4" thick steel plate with welded 3/16" thick steel tabs and 3/8" thick steel ring blocks and will Powder Coated as specified. The Spin-Max Base Spacer shall be machined from high strength aluminum. PC 2010 - Arch Tire Swing The Tire Swing shall be manufactured from UV-stabilized LLDPE (linear low-density polyethylene) with an average wall thickness of 1/4". The Swing Arch shall be constructed of 5" O.D. 11 gauge tube steel and will be Powder Coated as specified. The Tire Swing Beam shall be constructed of 5" O.D. 7 gauge tube steel with a welded Swivel Hanger made of 1/4" sheet steel and will be Powder Coated as specified. The Arch Swing Casting and Washer shall be precision die-cast from a high-strength aluminum alloy and will be Powder Coated as specified. The Swing Chain shall be 5/0 galvanized chain with optional Play-Tuff(TM) coating. The Arch Tire Swing Blocking Bracket shall be made of 1/4" sheet steel and will be Powder Coated as specified. NF-5301 - NFuse Hex Net Extension The Socket Clamp Rope Clevis shall be precision cut and formed using 3/16" stainless steel. The NFuse Hex Net Extension - Frame Rail shall be fabricated using 1-1/2" x 3" x .120" steel rectangular tubing with welded 5/8" steel anchor, 1/4" thick steel clevis, and 3/16" thick steel clevises and will have a multi-stage baked-on powder coat finish. The NFuse Hex Net Extension - Frame Rail - Surface Mount shall be fabricated using 1-1/2" x 3" x .120" steel rectangular tubing with welded 1/4" thick steel anchor plate, 1/4" thick steel clevis, and 3/16" thick steel clevises and will have a multi-stage baked-on powder coat finish. The Mounting Inserts shall be precision die-cast from a high-strength aluminum alloy. The Mounting Blocks & Socket Clamps shall be two-part and precision die-cast from a high strength aluminum alloy and will have a multi-stage baked-on powder coat finish. The NFuse Hex Net Extension - Net shall be made from 16mm steel-reinforced rope with high-strength co-polymer plastic intersection connectors and machined aluminum ferrules. 5203 - NFuse Tri-Ring Bay The Socket Clamp Rope Clevis shall be precision cut and formed using 3/16" stainless steel. The NFuse Hex Net Bay - Bracket, Chain Surface Mount Weldment, & Angled Net Link Deck Connector shall be fabricated using 1/4" sheet steel with welded 3/16" thick steel clevises and will have a multi-stage baked-on powder coat finish. The NFuse Tri-Ring Bay - Inner & Outer Rail shall be fabricated using 2.375" O.D. 10 gauge steel tubing with welded 1/4" thick steel plates and 3/16" thick steel clevises and will have a multi-stage baked-on powder coat finish. The Chain shall be 5/0 galvanized chain. The Nets shall be made from 16mm steel-reinforced rope with high-strength co-polymer plastic intersection connectors and machined aluminum ferrules. The NFuse Tri-Ring Bay - S-Plate shall be precision cut from 10 gauge stainless steel. The Tri-Ring shall be constructed of UV-stabilized, rotationally molded, linear, low density polyethylene with an average wall thickness of .250". The Mounting Inserts shall be precision die-cast from a high-strength aluminum alloy. The Mounting Blocks & Socket Clamps shall be two-part and precision die-cast from a high strength aluminum alloy and will have a multi-stage baked-on powder coat finish. 5201 - NFuse Hex Net Bay The Socket Clamp Rope Clevis shall be precision cut and formed using 3/16" stainless steel. The NFuse Hex Net Bay - Bottom Weldment shall be fabricated using 1.660" O.D. 11 gauge steel tubing with welded 1/4" thick steel plates and 3/16" thick steel clevises and will have a multi-stage baked-on powder coat finish. The NFuse Hex Net Bay - Bracket shall be fabricated using 1/4" sheet steel with welded 3/16" thick steel clevises and will have a multi-stage baked-on powder coat finish. The NFuse Hex Net Bay - Top Inside & Top Outside Weldment shall be fabricated using 2.375" O.D. 10 gauge steel tubing with welded 1/4" thick steel plates and 3/16" thick steel clevises and will have a multi-stage baked-on powder coat finish. The Mounting Inserts shall be precision die-cast from a high-strength aluminum alloy. The Mounting Blocks & Socket Clamps shall be two-part and precision die-cast from a high strength aluminum alloy and will have a multi-stage baked-on powder coat finish. The NFuse Hex Net Bay - Nets shall be made from 16mm steel-reinforced rope with high-strength co-polymer plastic intersection connectors and machined aluminum ferrules. The Angled Net Link Deck Connector shall be fabricated using 1/4" thick steel with welded 3/16" thick steel clevises and will have a multi-stage baked-on powder coat finish. 5103 - NFuse Geo-Hex Wall Frame The NFuse Geo Hex Wall Frame shall be fabricated using 1-1/2" x 3" Rectangle Tube and 1/4" thick steel clevises and tabs and will have a multi-stage baked-on powder coat finish. The NFuse Geo-Hex Wall Frame HDPE shall be made from high density 3/4" sheet plastic specially formulated for optimum UV stability and color retention. The Mounting Blocks & Lugs shall be two-part and precision die-cast from a high strength aluminum alloy and will have a multi-stage baked-on powder coat finish. The Socket Clamps shall be two-part and precision die-cast from a high strength aluminum alloy and will have a multi-stage baked-on powder coat finish. 5102 - NFuse 2-Rung Access Ladder Frame The NFuse 2-Rung Access Ladder Frame shall be fabricated using 1-1/2" x 3" Rectangle Tube, 1.315" O.D. 12 gauge steel tubing and 1/4" thick steel Clevises and will have a multi-stage baked-on powder coat finish. The Mounting Blocks shall be two-part and precision die-cast from a high strength aluminum alloy and will have a multi-stage baked-on powder coat finish.